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array(1) {
  ["series"]=>
  array(10) {
    [0]=>
    array(76) {
      ["id"]=>
      string(1) "7"
      ["category_sub_id"]=>
      string(1) "3"
      ["name"]=>
      string(3) "FTA"
      ["pic_path"]=>
      string(21) "/tool/tag/pic/fta.jpg"
      ["is_separate_sell_comment"]=>
      string(1) "0"
      ["view_date_s"]=>
      NULL
      ["enabled"]=>
      string(1) "1"
      ["sort"]=>
      string(5) "48910"
      ["created"]=>
      string(26) "2015-07-13 13:35:32.224452"
      ["first_letter"]=>
      string(1) "F"
      ["product_system_9"]=>
      string(1) "1"
      ["product_system_arr"]=>
      array(1) {
        [0]=>
        string(14) "1-stage Filter"
      }
      ["product_system_str"]=>
      string(14) "1-stage Filter"
      ["product_org_4"]=>
      string(1) "1"
      ["product_org_arr"]=>
      array(1) {
        [0]=>
        string(10) "Book Shape"
      }
      ["product_org_str"]=>
      string(10) "Book Shape"
      ["environment_mark_1"]=>
      string(1) "1"
      ["environment_mark_2"]=>
      string(1) "1"
      ["environment_mark_arr"]=>
      array(2) {
        [0]=>
        string(4) "RoHS"
        [1]=>
        string(3) "eco"
      }
      ["environment_mark_str"]=>
      string(9) "RoHS, eco"
      ["replace_recommend_arr"]=>
      array(0) {
      }
      ["replace_recommend_str"]=>
      string(0) ""
      ["volt_2"]=>
      string(1) "1"
      ["volt_arr"]=>
      array(1) {
        [0]=>
        string(17) "Three-phaseAC500V"
      }
      ["volt_str"]=>
      string(17) "Three-phaseAC500V"
      ["$category_sub_id"]=>
      string(9) "3ph input"
      ["$name"]=>
      string(3) "FTA"
      ["$pic_path"]=>
      string(21) "/tool/tag/pic/fta.jpg"
      ["$is_separate_sell_comment"]=>
      string(1) "0"
      ["$view_date_s"]=>
      string(0) ""
      ["$enabled"]=>
      string(6) "公開"
      ["$sort"]=>
      string(5) "48910"
      ["$created"]=>
      string(10) "2015/07/13"
      ["$product_system_9"]=>
      string(1) "1"
      ["$product_org_4"]=>
      string(1) "1"
      ["$environment_mark_1"]=>
      string(1) "1"
      ["$environment_mark_2"]=>
      string(1) "1"
      ["$volt_2"]=>
      string(1) "1"
      ["explanation"]=>
      string(121) "Three-phase 500VAC  40-150A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["note"]=> string(0) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["catalog_pdf"]=> string(27) "/tool/tag/pdf/SFE_FTA-S.pdf" ["instructions_use_pdf"]=> string(27) "/tool/tag/pdf/CME_FTA-S.pdf" ["replace_recommend_manual"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(1) "7" ["$$explanation"]=> string(121) "Three-phase 500VAC 40-150A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(149) "Three-phase 500VAC  40-150A<br />General-purpose  Book type<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(137) "Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$catalog_pdf"]=> string(27) "/tool/tag/pdf/SFE_FTA-S.pdf" ["$instructions_use_pdf"]=> string(27) "/tool/tag/pdf/CME_FTA-S.pdf" ["$replace_recommend_manual"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["environment_mark_RoHS"]=> string(1) "1" ["environment_mark_eco"]=> string(1) "1" ["series_name"]=> string(3) "FTA" ["models"]=> array(7) { [0]=> array(211) { ["id"]=> string(2) "98" ["nf_series_id"]=> string(1) "7" ["name"]=> string(6) "FTA-40" ["pic_path"]=> string(24) "/tool/tag/pic/fta-40.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/fta-40_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/fta-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/fta-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/fta-40-mtbf.zip" ["search_current"]=> string(2) "40" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "400" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_86"]=> string(1) "1" ["equal_104"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAC-50" [1]=> string(6) "TBC-50" } ["equal_str"]=> string(14) "TAC-50, TBC-50" ["$nf_series_id"]=> string(3) "FTA" ["$name"]=> string(6) "FTA-40" ["$pic_path"]=> string(24) "/tool/tag/pic/fta-40.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/fta-40_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/fta-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/fta-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/fta-40-mtbf.zip" ["$search_current"]=> string(2) "40" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "400" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_86"]=> string(1) "1" ["$equal_104"]=> string(1) "1" ["explanation"]=> string(118) "Three-phase 500VAC 40A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(1017) "

FTA(1)  -  40(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    335 is not applied.
  U:lmprove differential mode attenuation (Rated voltage 250V)
  G:With switch of line to ground capacitor
    Only 335 is applied.
    * Leakage current
        Switch state is ON (switched to “|”) 160mA/250mA max
        Switch state is OFF (switched to “○”) 10μA/16μA max" ["option_path"]=> string(0) "" ["patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(75) "General-purpose,
Book type,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(64) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 335)" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2013" ["standard_price"]=> string(1) "-" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "40A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(78) "65x84x153 mm [2.56x3.31x6.02 inches]
(Option: -G refer to external view)" ["struct_mass"]=> string(9) "1.2kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(36) "/tool/tag/pdf/SFE_FTA(40_50_60A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(36) "/tool/tag/pdf/CME_FTA(40_50_60A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_fta-40.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_fta-40.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "98" ["$$explanation"]=> string(118) "Three-phase 500VAC 40A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(146) "Three-phase 500VAC  40A<br />General-purpose   Book type<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(1017) "

FTA(1)  -  40(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    335 is not applied.
  U:lmprove differential mode attenuation (Rated voltage 250V)
  G:With switch of line to ground capacitor
    Only 335 is applied.
    * Leakage current
        Switch state is ON (switched to “|”) 160mA/250mA max
        Switch state is OFF (switched to “○”) 10μA/16μA max" ["$option"]=> string(1397) "<p class=fsLL>FTA<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;40<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;H:Ultra high attenuation type<br />&nbsp;&nbsp;&nbsp;&nbsp;335 is not applied.<br />&nbsp;&nbsp;U:lmprove differential mode attenuation (Rated voltage 250V)<br />&nbsp;&nbsp;G:With switch of line to ground capacitor<br />&nbsp;&nbsp;&nbsp;&nbsp;Only 335 is applied.<br />&nbsp;&nbsp;&nbsp;&nbsp;* Leakage current<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Switch state is ON (switched to “|”) 160mA/250mA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Switch state is OFF (switched to “○”) 10μA/16μA max" ["$option_path"]=> string(0) "" ["$$patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(137) "Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(75) "General-purpose,
Book type,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(93) "General-purpose,<br />Book type,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(64) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 335)" ["$leak_current_condition"]=> string(69) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of  335)" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2013" ["$sale_year"]=> string(4) "2013" ["$$standard_price"]=> string(1) "-" ["$standard_price"]=> string(1) "-" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "40A" ["$rated_current"]=> string(3) "40A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(78) "65x84x153 mm [2.56x3.31x6.02 inches]
(Option: -G refer to external view)" ["$struct_external_dimension"]=> string(84) "65x84x153 mm [2.56x3.31x6.02 inches]<br /> (Option: -G refer to external view)" ["$$struct_mass"]=> string(9) "1.2kg max" ["$struct_mass"]=> string(9) "1.2kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(36) "/tool/tag/pdf/SFE_FTA(40_50_60A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(36) "/tool/tag/pdf/CME_FTA(40_50_60A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_fta-40.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_fta-40.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(32) "/tool/tag/dxf/e_fta40_50_60a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(35) "/tool/tag/cad/fta-40-50-60(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(35) "/tool/tag/cad/fta-40-50-60(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(32) "/tool/tag/dxf/e_fta40_50_60a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(35) "/tool/tag/cad/fta-40-50-60(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(35) "/tool/tag/cad/fta-40-50-60(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [1]=> array(211) { ["id"]=> string(2) "99" ["nf_series_id"]=> string(1) "7" ["name"]=> string(6) "FTA-50" ["pic_path"]=> string(24) "/tool/tag/pic/fta-50.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/fta-50_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/fta-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/fta-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/fta-50-mtbf.zip" ["search_current"]=> string(2) "50" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "500" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_86"]=> string(1) "1" ["equal_104"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAC-50" [1]=> string(6) "TBC-50" } ["equal_str"]=> string(14) "TAC-50, TBC-50" ["$nf_series_id"]=> string(3) "FTA" ["$name"]=> string(6) "FTA-50" ["$pic_path"]=> string(24) "/tool/tag/pic/fta-50.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/fta-50_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/fta-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/fta-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/fta-50-mtbf.zip" ["$search_current"]=> string(2) "50" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "500" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_86"]=> string(1) "1" ["$equal_104"]=> string(1) "1" ["explanation"]=> string(119) "Three-phase 500VAC 50A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(1017) "

FTA(1)  -  50(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    335 is not applied.
  U:lmprove differential mode attenuation (Rated voltage 250V)
  G:With switch of line to ground capacitor
    Only 335 is applied.
    * Leakage current
        Switch state is ON (switched to “|”) 160mA/250mA max
        Switch state is OFF (switched to “○”) 10μA/16μA max" ["option_path"]=> string(0) "" ["patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(75) "General-purpose,
Book type,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(64) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 335)" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2013" ["standard_price"]=> string(1) "-" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "50A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(78) "65x84x153 mm [2.56x3.31x6.02 inches]
(Option: -G refer to external view)" ["struct_mass"]=> string(9) "1.2kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(36) "/tool/tag/pdf/SFE_FTA(40_50_60A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(36) "/tool/tag/pdf/CME_FTA(40_50_60A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_fta-50.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_fta-50.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "99" ["$$explanation"]=> string(119) "Three-phase 500VAC 50A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(147) "Three-phase 500VAC  50A<br /> General-purpose   Book type<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(1017) "

FTA(1)  -  50(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    335 is not applied.
  U:lmprove differential mode attenuation (Rated voltage 250V)
  G:With switch of line to ground capacitor
    Only 335 is applied.
    * Leakage current
        Switch state is ON (switched to “|”) 160mA/250mA max
        Switch state is OFF (switched to “○”) 10μA/16μA max" ["$option"]=> string(1397) "<p class=fsLL>FTA<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;50<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;H:Ultra high attenuation type<br />&nbsp;&nbsp;&nbsp;&nbsp;335 is not applied.<br />&nbsp;&nbsp;U:lmprove differential mode attenuation (Rated voltage 250V)<br />&nbsp;&nbsp;G:With switch of line to ground capacitor<br />&nbsp;&nbsp;&nbsp;&nbsp;Only 335 is applied.<br />&nbsp;&nbsp;&nbsp;&nbsp;* Leakage current<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Switch state is ON (switched to “|”) 160mA/250mA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Switch state is OFF (switched to “○”) 10μA/16μA max" ["$option_path"]=> string(0) "" ["$$patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(137) "Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(75) "General-purpose,
Book type,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(93) "General-purpose,<br />Book type,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(64) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 335)" ["$leak_current_condition"]=> string(69) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of  335)" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2013" ["$sale_year"]=> string(4) "2013" ["$$standard_price"]=> string(1) "-" ["$standard_price"]=> string(1) "-" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "50A" ["$rated_current"]=> string(3) "50A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(78) "65x84x153 mm [2.56x3.31x6.02 inches]
(Option: -G refer to external view)" ["$struct_external_dimension"]=> string(84) "65x84x153 mm [2.56x3.31x6.02 inches]<br /> (Option: -G refer to external view)" ["$$struct_mass"]=> string(9) "1.2kg max" ["$struct_mass"]=> string(9) "1.2kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(36) "/tool/tag/pdf/SFE_FTA(40_50_60A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(36) "/tool/tag/pdf/CME_FTA(40_50_60A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_fta-50.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_fta-50.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(32) "/tool/tag/dxf/e_fta40_50_60a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(35) "/tool/tag/cad/fta-40-50-60(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(35) "/tool/tag/cad/fta-40-50-60(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(32) "/tool/tag/dxf/e_fta40_50_60a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(35) "/tool/tag/cad/fta-40-50-60(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(35) "/tool/tag/cad/fta-40-50-60(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [2]=> array(211) { ["id"]=> string(3) "100" ["nf_series_id"]=> string(1) "7" ["name"]=> string(6) "FTA-60" ["pic_path"]=> string(24) "/tool/tag/pic/fta-60.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/fta-60_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/fta-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/fta-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/fta-60-mtbf.zip" ["search_current"]=> string(2) "60" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "600" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_87"]=> string(1) "1" ["equal_105"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAC-60" [1]=> string(6) "TBC-60" } ["equal_str"]=> string(14) "TAC-60, TBC-60" ["$nf_series_id"]=> string(3) "FTA" ["$name"]=> string(6) "FTA-60" ["$pic_path"]=> string(24) "/tool/tag/pic/fta-60.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/fta-60_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/fta-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/fta-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/fta-60-mtbf.zip" ["$search_current"]=> string(2) "60" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "600" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_87"]=> string(1) "1" ["$equal_105"]=> string(1) "1" ["explanation"]=> string(118) "Three-phase 500VAC 60A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(1017) "

FTA(1)  -  60(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    335 is not applied.
  U:lmprove differential mode attenuation (Rated voltage 250V)
  G:With switch of line to ground capacitor
    Only 335 is applied.
    * Leakage current
        Switch state is ON (switched to “|”) 160mA/250mA max
        Switch state is OFF (switched to “○”) 10μA/16μA max" ["option_path"]=> string(0) "" ["patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(75) "General-purpose,
Book type,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(64) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 335)" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2013" ["standard_price"]=> string(1) "-" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "60A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(78) "65x84x153 mm [2.56x3.31x6.02 inches]
(Option: -G refer to external view)" ["struct_mass"]=> string(9) "1.2kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(36) "/tool/tag/pdf/SFE_FTA(40_50_60A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(36) "/tool/tag/pdf/CME_FTA(40_50_60A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_fta-60.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_fta-60.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "100" ["$$explanation"]=> string(118) "Three-phase 500VAC 60A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(146) "Three-phase 500VAC  60A<br />General-purpose   Book type<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(1017) "

FTA(1)  -  60(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    335 is not applied.
  U:lmprove differential mode attenuation (Rated voltage 250V)
  G:With switch of line to ground capacitor
    Only 335 is applied.
    * Leakage current
        Switch state is ON (switched to “|”) 160mA/250mA max
        Switch state is OFF (switched to “○”) 10μA/16μA max" ["$option"]=> string(1397) "<p class=fsLL>FTA<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;60<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;H:Ultra high attenuation type<br />&nbsp;&nbsp;&nbsp;&nbsp;335 is not applied.<br />&nbsp;&nbsp;U:lmprove differential mode attenuation (Rated voltage 250V)<br />&nbsp;&nbsp;G:With switch of line to ground capacitor<br />&nbsp;&nbsp;&nbsp;&nbsp;Only 335 is applied.<br />&nbsp;&nbsp;&nbsp;&nbsp;* Leakage current<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Switch state is ON (switched to “|”) 160mA/250mA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Switch state is OFF (switched to “○”) 10μA/16μA max" ["$option_path"]=> string(0) "" ["$$patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(137) "Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(75) "General-purpose,
Book type,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(93) "General-purpose,<br />Book type,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(64) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 335)" ["$leak_current_condition"]=> string(69) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of  335)" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2013" ["$sale_year"]=> string(4) "2013" ["$$standard_price"]=> string(1) "-" ["$standard_price"]=> string(1) "-" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "60A" ["$rated_current"]=> string(3) "60A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(78) "65x84x153 mm [2.56x3.31x6.02 inches]
(Option: -G refer to external view)" ["$struct_external_dimension"]=> string(84) "65x84x153 mm [2.56x3.31x6.02 inches]<br /> (Option: -G refer to external view)" ["$$struct_mass"]=> string(9) "1.2kg max" ["$struct_mass"]=> string(9) "1.2kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(36) "/tool/tag/pdf/SFE_FTA(40_50_60A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(36) "/tool/tag/pdf/CME_FTA(40_50_60A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_fta-60.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_fta-60.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(32) "/tool/tag/dxf/e_fta40_50_60a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(35) "/tool/tag/cad/fta-40-50-60(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(35) "/tool/tag/cad/fta-40-50-60(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(32) "/tool/tag/dxf/e_fta40_50_60a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(35) "/tool/tag/cad/fta-40-50-60(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(35) "/tool/tag/cad/fta-40-50-60(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [3]=> array(213) { ["id"]=> string(3) "101" ["nf_series_id"]=> string(1) "7" ["name"]=> string(6) "FTA-80" ["pic_path"]=> string(24) "/tool/tag/pic/fta-80.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/fta-80_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/fta-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/fta-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/fta-80-mtbf.zip" ["search_current"]=> string(2) "80" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "800" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_88"]=> string(1) "1" ["equal_106"]=> string(1) "1" ["equal_111"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(6) "TAC-80" [1]=> string(6) "TBC-80" [2]=> string(6) "FTB-80" } ["equal_str"]=> string(22) "TAC-80, TBC-80, FTB-80" ["$nf_series_id"]=> string(3) "FTA" ["$name"]=> string(6) "FTA-80" ["$pic_path"]=> string(24) "/tool/tag/pic/fta-80.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/fta-80_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/fta-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/fta-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/fta-80-mtbf.zip" ["$search_current"]=> string(2) "80" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "800" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_88"]=> string(1) "1" ["$equal_106"]=> string(1) "1" ["$equal_111"]=> string(1) "1" ["explanation"]=> string(118) "Three-phase 500VAC 80A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(1419) "

FTA(1)  -  80(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    155, 335 is not applied.
  S:Hexagon socket head cap screw (Standard type is Hexagon head screw)
  U:lmprove differential mode attenuation (Rated voltage 250V)
  G:With switch of line to ground capacitor
    Only 155, 335 is applied.
     * Leakage current
      155 : Switch state is ON (switched to “|”) 160mA/250mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max
      335 : Switch state is ON (switched to “|”) 320mA/500mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max" ["option_path"]=> string(0) "" ["patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(75) "General-purpose,
Book type,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(72) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 155 and 335)" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2011" ["standard_price"]=> string(1) "-" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "80A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(80) "100x130x210 mm [3.94x5.12x8.27 inches]
(Option: -G refer to external view)" ["struct_mass"]=> string(9) "3.1kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTA.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_FTA(80_150A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_fta-80.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_fta-80.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "101" ["$$explanation"]=> string(118) "Three-phase 500VAC 80A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(146) "Three-phase 500VAC  80A<br />General-purpose   Book type<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(1419) "

FTA(1)  -  80(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    155, 335 is not applied.
  S:Hexagon socket head cap screw (Standard type is Hexagon head screw)
  U:lmprove differential mode attenuation (Rated voltage 250V)
  G:With switch of line to ground capacitor
    Only 155, 335 is applied.
     * Leakage current
      155 : Switch state is ON (switched to “|”) 160mA/250mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max
      335 : Switch state is ON (switched to “|”) 320mA/500mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max" ["$option"]=> string(1943) "<p class=fsLL>FTA<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;80<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;H:Ultra high attenuation type<br />&nbsp;&nbsp;&nbsp;&nbsp;155, 335 is not applied.<br />&nbsp;&nbsp;S:Hexagon socket head cap screw (Standard type is Hexagon head screw)<br />&nbsp;&nbsp;U:lmprove differential mode attenuation (Rated voltage 250V)<br />&nbsp;&nbsp;G:With switch of line to ground capacitor<br />&nbsp;&nbsp;&nbsp;&nbsp;Only 155, 335 is applied.<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;* Leakage current<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;155 :  Switch state is ON (switched to “|”) 160mA/250mA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Switch state is OFF (switched to “○”) 50μA/80μA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;335 :  Switch state is ON (switched to “|”) 320mA/500mA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Switch state is OFF (switched to “○”) 50μA/80μA max" ["$option_path"]=> string(0) "" ["$$patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(137) "Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(75) "General-purpose,
Book type,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(93) "General-purpose,<br />Book type,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(72) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 155 and 335)" ["$leak_current_condition"]=> string(77) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of  155 and 335)" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2011" ["$sale_year"]=> string(4) "2011" ["$$standard_price"]=> string(1) "-" ["$standard_price"]=> string(1) "-" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "80A" ["$rated_current"]=> string(3) "80A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(80) "100x130x210 mm [3.94x5.12x8.27 inches]
(Option: -G refer to external view)" ["$struct_external_dimension"]=> string(86) "100x130x210 mm [3.94x5.12x8.27 inches]<br /> (Option: -G refer to external view)" ["$$struct_mass"]=> string(9) "3.1kg max" ["$struct_mass"]=> string(9) "3.1kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTA.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_FTA(80_150A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_fta-80.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_fta-80.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(30) "/tool/tag/dxf/e_fta80_100a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(32) "/tool/tag/cad/fta80-100(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(32) "/tool/tag/cad/fta80-100(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(30) "/tool/tag/dxf/e_fta80_100a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(32) "/tool/tag/cad/fta80-100(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(32) "/tool/tag/cad/fta80-100(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [4]=> array(213) { ["id"]=> string(3) "102" ["nf_series_id"]=> string(1) "7" ["name"]=> string(7) "FTA-100" ["pic_path"]=> string(25) "/tool/tag/pic/fta-100.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/fta-100_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/fta-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/fta-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/fta-100-mtbf.zip" ["search_current"]=> string(3) "100" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "1000" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_89"]=> string(1) "1" ["equal_107"]=> string(1) "1" ["equal_112"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(7) "TAC-100" [1]=> string(7) "TBC-100" [2]=> string(7) "FTB-100" } ["equal_str"]=> string(25) "TAC-100, TBC-100, FTB-100" ["$nf_series_id"]=> string(3) "FTA" ["$name"]=> string(7) "FTA-100" ["$pic_path"]=> string(25) "/tool/tag/pic/fta-100.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/fta-100_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/fta-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/fta-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/fta-100-mtbf.zip" ["$search_current"]=> string(3) "100" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "1000" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_89"]=> string(1) "1" ["$equal_107"]=> string(1) "1" ["$equal_112"]=> string(1) "1" ["explanation"]=> string(118) "Three-phase 500VAC 100A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(1420) "

FTA(1)  -  100(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    155, 335 is not applied.
  S:Hexagon socket head cap screw (Standard type is Hexagon head screw)
  U:lmprove differential mode attenuation (Rated voltage 250V)
  G:With switch of line to ground capacitor
    Only 155, 335 is applied.
     * Leakage current
      155 : Switch state is ON (switched to “|”) 160mA/250mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max
      335 : Switch state is ON (switched to “|”) 320mA/500mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max" ["option_path"]=> string(0) "" ["patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(75) "General-purpose,
Book type,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(72) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 155 and 335)" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2011" ["standard_price"]=> string(1) "-" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(4) "100A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(80) "100x130x210 mm [3.94x5.12x8.27 inches]
(Option: -G refer to external view)" ["struct_mass"]=> string(9) "3.1kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTA.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_FTA(80_150A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_fta-100.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_fta-100.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "102" ["$$explanation"]=> string(118) "Three-phase 500VAC 100A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(146) "Three-phase 500VAC  100A<br />General-purpose  Book type<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(1420) "

FTA(1)  -  100(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    155, 335 is not applied.
  S:Hexagon socket head cap screw (Standard type is Hexagon head screw)
  U:lmprove differential mode attenuation (Rated voltage 250V)
  G:With switch of line to ground capacitor
    Only 155, 335 is applied.
     * Leakage current
      155 : Switch state is ON (switched to “|”) 160mA/250mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max
      335 : Switch state is ON (switched to “|”) 320mA/500mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max" ["$option"]=> string(1944) "<p class=fsLL>FTA<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;100<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;H:Ultra high attenuation type<br />&nbsp;&nbsp;&nbsp;&nbsp;155, 335 is not applied.<br />&nbsp;&nbsp;S:Hexagon socket head cap screw (Standard type is Hexagon head screw)<br />&nbsp;&nbsp;U:lmprove differential mode attenuation (Rated voltage 250V)<br />&nbsp;&nbsp;G:With switch of line to ground capacitor<br />&nbsp;&nbsp;&nbsp;&nbsp;Only 155, 335 is applied.<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;* Leakage current<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;155 :  Switch state is ON (switched to “|”) 160mA/250mA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Switch state is OFF (switched to “○”) 50μA/80μA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;335 :  Switch state is ON (switched to “|”) 320mA/500mA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Switch state is OFF (switched to “○”) 50μA/80μA max" ["$option_path"]=> string(0) "" ["$$patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(137) "Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(75) "General-purpose,
Book type,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(93) "General-purpose,<br />Book type,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(72) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 155 and 335)" ["$leak_current_condition"]=> string(77) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of  155 and 335)" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2011" ["$sale_year"]=> string(4) "2011" ["$$standard_price"]=> string(1) "-" ["$standard_price"]=> string(1) "-" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(4) "100A" ["$rated_current"]=> string(4) "100A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(80) "100x130x210 mm [3.94x5.12x8.27 inches]
(Option: -G refer to external view)" ["$struct_external_dimension"]=> string(86) "100x130x210 mm [3.94x5.12x8.27 inches]<br /> (Option: -G refer to external view)" ["$$struct_mass"]=> string(9) "3.1kg max" ["$struct_mass"]=> string(9) "3.1kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTA.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_FTA(80_150A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_fta-100.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_fta-100.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(30) "/tool/tag/dxf/e_fta80_100a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(32) "/tool/tag/cad/fta80-100(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(32) "/tool/tag/cad/fta80-100(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(30) "/tool/tag/dxf/e_fta80_100a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(32) "/tool/tag/cad/fta80-100(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(32) "/tool/tag/cad/fta80-100(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [5]=> array(213) { ["id"]=> string(3) "103" ["nf_series_id"]=> string(1) "7" ["name"]=> string(7) "FTA-125" ["pic_path"]=> string(25) "/tool/tag/pic/fta-125.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/fta-125_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/fta-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/fta-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/fta-125-mtbf.zip" ["search_current"]=> string(3) "125" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "1250" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_12"]=> string(1) "1" ["equal_14"]=> string(1) "1" ["equal_15"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(7) "TAC-150" [1]=> string(7) "TBC-150" [2]=> string(7) "FTB-150" } ["equal_str"]=> string(25) "TAC-150, TBC-150, FTB-150" ["$nf_series_id"]=> string(3) "FTA" ["$name"]=> string(7) "FTA-125" ["$pic_path"]=> string(25) "/tool/tag/pic/fta-125.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/fta-125_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/fta-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/fta-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/fta-125-mtbf.zip" ["$search_current"]=> string(3) "125" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "1250" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_12"]=> string(1) "1" ["$equal_14"]=> string(1) "1" ["$equal_15"]=> string(1) "1" ["explanation"]=> string(119) "Three-phase 500VAC 125A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(1420) "

FTA(1)  -  125(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    155, 335 is not applied.
  S:Hexagon socket head cap screw (Standard type is Hexagon head screw)
  U:lmprove differential mode attenuation (Rated voltage 250V)
  G:With switch of line to ground capacitor
    Only 155, 335 is applied.
     * Leakage current
      155 : Switch state is ON (switched to “|”) 160mA/250mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max
      335 : Switch state is ON (switched to “|”) 320mA/500mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max" ["option_path"]=> string(0) "" ["patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(75) "General-purpose,
Book type,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(72) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 155 and 335)" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2015" ["standard_price"]=> string(1) "-" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(4) "125A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(80) "100x130x210 mm [3.94x5.12x8.27 inches]
(Option: -G refer to external view)" ["struct_mass"]=> string(9) "3.1kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTA.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_FTA(80_150A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_fta-125.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_fta-125.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "103" ["$$explanation"]=> string(119) "Three-phase 500VAC 125A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(147) "Three-phase 500VAC  125A<br />General-purpose   Book type<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(1420) "

FTA(1)  -  125(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    155, 335 is not applied.
  S:Hexagon socket head cap screw (Standard type is Hexagon head screw)
  U:lmprove differential mode attenuation (Rated voltage 250V)
  G:With switch of line to ground capacitor
    Only 155, 335 is applied.
     * Leakage current
      155 : Switch state is ON (switched to “|”) 160mA/250mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max
      335 : Switch state is ON (switched to “|”) 320mA/500mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max" ["$option"]=> string(1944) "<p class=fsLL>FTA<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;125<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;H:Ultra high attenuation type<br />&nbsp;&nbsp;&nbsp;&nbsp;155, 335 is not applied.<br />&nbsp;&nbsp;S:Hexagon socket head cap screw (Standard type is Hexagon head screw)<br />&nbsp;&nbsp;U:lmprove differential mode attenuation (Rated voltage 250V)<br />&nbsp;&nbsp;G:With switch of line to ground capacitor<br />&nbsp;&nbsp;&nbsp;&nbsp;Only 155, 335 is applied.<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;* Leakage current<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;155 :  Switch state is ON (switched to “|”) 160mA/250mA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Switch state is OFF (switched to “○”) 50μA/80μA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;335 :  Switch state is ON (switched to “|”) 320mA/500mA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Switch state is OFF (switched to “○”) 50μA/80μA max" ["$option_path"]=> string(0) "" ["$$patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(137) "Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(75) "General-purpose,
Book type,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(93) "General-purpose,<br />Book type,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(72) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 155 and 335)" ["$leak_current_condition"]=> string(77) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of  155 and 335)" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2015" ["$sale_year"]=> string(4) "2015" ["$$standard_price"]=> string(1) "-" ["$standard_price"]=> string(1) "-" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(4) "125A" ["$rated_current"]=> string(4) "125A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(80) "100x130x210 mm [3.94x5.12x8.27 inches]
(Option: -G refer to external view)" ["$struct_external_dimension"]=> string(86) "100x130x210 mm [3.94x5.12x8.27 inches]<br /> (Option: -G refer to external view)" ["$$struct_mass"]=> string(9) "3.1kg max" ["$struct_mass"]=> string(9) "3.1kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTA.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_FTA(80_150A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_fta-125.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_fta-125.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(30) "/tool/tag/dxf/e_fta80_100a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(32) "/tool/tag/cad/fta80-100(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(32) "/tool/tag/cad/fta80-100(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(30) "/tool/tag/dxf/e_fta80_100a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(32) "/tool/tag/cad/fta80-100(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(32) "/tool/tag/cad/fta80-100(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [6]=> array(213) { ["id"]=> string(2) "13" ["nf_series_id"]=> string(1) "7" ["name"]=> string(7) "FTA-150" ["pic_path"]=> string(25) "/tool/tag/pic/fta-150.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/fta-150_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/fta-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/fta-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/fta-150-mtbf.zip" ["search_current"]=> string(3) "150" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "1500" ["created"]=> string(26) "2015-07-13 13:38:35.655133" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_12"]=> string(1) "1" ["equal_14"]=> string(1) "1" ["equal_15"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(7) "TAC-150" [1]=> string(7) "TBC-150" [2]=> string(7) "FTB-150" } ["equal_str"]=> string(25) "TAC-150, TBC-150, FTB-150" ["$nf_series_id"]=> string(3) "FTA" ["$name"]=> string(7) "FTA-150" ["$pic_path"]=> string(25) "/tool/tag/pic/fta-150.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/fta-150_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/fta-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/fta-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/fta-150-mtbf.zip" ["$search_current"]=> string(3) "150" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "1500" ["$created"]=> string(10) "2015/07/13" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_12"]=> string(1) "1" ["$equal_14"]=> string(1) "1" ["$equal_15"]=> string(1) "1" ["explanation"]=> string(119) "Three-phase 500VAC 150A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(1420) "

FTA(1)  -  150(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    155, 335 is not applied.
  S:Hexagon socket head cap screw (Standard type is Hexagon head screw)
  U:lmprove differential mode attenuation (Rated voltage 250V)
  G:With switch of line to ground capacitor
    Only 155, 335 is applied.
     * Leakage current
      155 : Switch state is ON (switched to “|”) 160mA/250mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max
      335 : Switch state is ON (switched to “|”) 320mA/500mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max" ["option_path"]=> string(0) "" ["patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(75) "General-purpose,
Book type,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(72) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 155 and 335)" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2011" ["standard_price"]=> string(1) "-" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(4) "150A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(81) "100x170x260 mm [3.94x6.69x10.24 inches]
(Option: -G refer to external view)" ["struct_mass"]=> string(9) "4.2kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTA.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_FTA(80_150A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_fta-150.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_fta-150.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "13" ["$$explanation"]=> string(119) "Three-phase 500VAC 150A
General-purpose Book type
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(147) "Three-phase 500VAC  150A<br />General-purpose   Book type<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(1420) "

FTA(1)  -  150(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    155, 335 is not applied.
  S:Hexagon socket head cap screw (Standard type is Hexagon head screw)
  U:lmprove differential mode attenuation (Rated voltage 250V)
  G:With switch of line to ground capacitor
    Only 155, 335 is applied.
     * Leakage current
      155 : Switch state is ON (switched to “|”) 160mA/250mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max
      335 : Switch state is ON (switched to “|”) 320mA/500mA max
               Switch state is OFF (switched to “○”) 50μA/80μA max" ["$option"]=> string(1944) "<p class=fsLL>FTA<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;150<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;H:Ultra high attenuation type<br />&nbsp;&nbsp;&nbsp;&nbsp;155, 335 is not applied.<br />&nbsp;&nbsp;S:Hexagon socket head cap screw (Standard type is Hexagon head screw)<br />&nbsp;&nbsp;U:lmprove differential mode attenuation (Rated voltage 250V)<br />&nbsp;&nbsp;G:With switch of line to ground capacitor<br />&nbsp;&nbsp;&nbsp;&nbsp;Only 155, 335 is applied.<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;* Leakage current<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;155 :  Switch state is ON (switched to “|”) 160mA/250mA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Switch state is OFF (switched to “○”) 50μA/80μA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;335 :  Switch state is ON (switched to “|”) 320mA/500mA max<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;Switch state is OFF (switched to “○”) 50μA/80μA max" ["$option_path"]=> string(0) "" ["$$patent"]=> string(125) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(137) "Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(75) "General-purpose,
Book type,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(93) "General-purpose,<br />Book type,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(72) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 155 and 335)" ["$leak_current_condition"]=> string(77) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of  155 and 335)" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2011" ["$sale_year"]=> string(4) "2011" ["$$standard_price"]=> string(1) "-" ["$standard_price"]=> string(1) "-" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(4) "150A" ["$rated_current"]=> string(4) "150A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(81) "100x170x260 mm [3.94x6.69x10.24 inches]
(Option: -G refer to external view)" ["$struct_external_dimension"]=> string(87) "100x170x260 mm [3.94x6.69x10.24 inches]<br /> (Option: -G refer to external view)" ["$$struct_mass"]=> string(9) "4.2kg max" ["$struct_mass"]=> string(9) "4.2kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTA.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_FTA(80_150A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_fta-150.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_fta-150.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_fta150a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(29) "/tool/tag/cad/fta150(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(29) "/tool/tag/cad/fta150(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_fta150a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(29) "/tool/tag/cad/fta150(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(29) "/tool/tag/cad/fta150(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } } } [1]=> array(76) { ["id"]=> string(1) "5" ["category_sub_id"]=> string(1) "3" ["name"]=> string(3) "JAC" ["pic_path"]=> string(21) "/tool/tag/pic/jac.jpg" ["is_separate_sell_comment"]=> string(1) "0" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(5) "58510" ["created"]=> string(26) "2015-07-13 13:35:32.224452" ["first_letter"]=> string(1) "J" ["product_system_9"]=> string(1) "1" ["product_system_arr"]=> array(1) { [0]=> string(14) "1-stage Filter" } ["product_system_str"]=> string(14) "1-stage Filter" ["product_org_3"]=> string(1) "1" ["product_org_arr"]=> array(1) { [0]=> string(11) "Low Profile" } ["product_org_str"]=> string(11) "Low Profile" ["environment_mark_1"]=> string(1) "1" ["environment_mark_2"]=> string(1) "1" ["environment_mark_arr"]=> array(2) { [0]=> string(4) "RoHS" [1]=> string(3) "eco" } ["environment_mark_str"]=> string(9) "RoHS, eco" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["volt_2"]=> string(1) "1" ["volt_arr"]=> array(1) { [0]=> string(17) "Three-phaseAC500V" } ["volt_str"]=> string(17) "Three-phaseAC500V" ["$category_sub_id"]=> string(9) "3ph input" ["$name"]=> string(3) "JAC" ["$pic_path"]=> string(21) "/tool/tag/pic/jac.jpg" ["$is_separate_sell_comment"]=> string(1) "0" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(5) "58510" ["$created"]=> string(10) "2015/07/13" ["$product_system_9"]=> string(1) "1" ["$product_org_3"]=> string(1) "1" ["$environment_mark_1"]=> string(1) "1" ["$environment_mark_2"]=> string(1) "1" ["$volt_2"]=> string(1) "1" ["explanation"]=> string(117) "Three-phase 500VAC 6-30A
Compact and low profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["patent"]=> string(29) "Push down type terminal block" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_JAC.pdf" ["instructions_use_pdf"]=> string(25) "/tool/tag/pdf/CME_JAC.pdf" ["replace_recommend_manual"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(1) "5" ["$$explanation"]=> string(117) "Three-phase 500VAC 6-30A
Compact and low profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(135) "Three-phase 500VAC 6-30A<br />Compact and low profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$patent"]=> string(29) "Push down type terminal block" ["$patent"]=> string(29) "Push down type terminal block" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_JAC.pdf" ["$instructions_use_pdf"]=> string(25) "/tool/tag/pdf/CME_JAC.pdf" ["$replace_recommend_manual"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["environment_mark_RoHS"]=> string(1) "1" ["environment_mark_eco"]=> string(1) "1" ["series_name"]=> string(3) "JAC" ["models"]=> array(4) { [0]=> array(211) { ["id"]=> string(2) "79" ["nf_series_id"]=> string(1) "5" ["name"]=> string(6) "JAC-06" ["pic_path"]=> string(24) "/tool/tag/pic/jac-06.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/jac-06_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/jac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/jac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/jac-06-mtbf.zip" ["search_current"]=> string(1) "6" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(2) "60" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_83"]=> string(1) "1" ["equal_94"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAC-06" [1]=> string(6) "TAH-06" } ["equal_str"]=> string(14) "TAC-06, TAH-06" ["$nf_series_id"]=> string(3) "JAC" ["$name"]=> string(6) "JAC-06" ["$pic_path"]=> string(24) "/tool/tag/pic/jac-06.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/jac-06_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/jac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/jac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/jac-06-mtbf.zip" ["$search_current"]=> string(1) "6" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(2) "60" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_83"]=> string(1) "1" ["$equal_94"]=> string(1) "1" ["explanation"]=> string(114) "Three-phase 500VAC 6A
Compact and low profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(802) "

JAC(1)  -  06(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
  * Please contact us about ultra high attenuation type for EU (Wye type with neutral
    earth system).
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view.
  H:Ultra high-attenuation type" ["option_path"]=> string(0) "" ["patent"]=> string(29) "Push down type terminal block" ["patent_short"]=> string(44) "Compact and low profile,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["sale_year"]=> string(4) "2014" ["standard_price"]=> string(8) "4,400円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(2) "6A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(72) "63x44x132 mm [2.48x1.73x5.20 inches] (Option: -D refer to external view)" ["struct_mass"]=> string(8) "440g max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_JAC.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_JAC.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_jac-06.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_jac-06.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "79" ["$$explanation"]=> string(114) "Three-phase 500VAC 6A
Compact and low profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(132) "Three-phase 500VAC 6A<br />Compact and low profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(802) "

JAC(1)  -  06(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
  * Please contact us about ultra high attenuation type for EU (Wye type with neutral
    earth system).
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view.
  H:Ultra high-attenuation type" ["$option"]=> string(1084) "<p class=fsLL>JAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;06<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />&nbsp;&nbsp;* Please contact us about ultra high attenuation type for EU (Wye type with neutral<br />&nbsp;&nbsp;&nbsp;&nbsp;earth system).<br />(4) Options<br />&nbsp;&nbsp;D:DIN rail installation type<br />&nbsp;&nbsp;&nbsp;&nbsp;* The dimensions change when the option is set. Refer to External view.<br />&nbsp;&nbsp;H:Ultra high-attenuation type" ["$option_path"]=> string(0) "" ["$$patent"]=> string(29) "Push down type terminal block" ["$patent"]=> string(29) "Push down type terminal block" ["$$patent_short"]=> string(44) "Compact and low profile,
1-stage filter" ["$patent_short"]=> string(50) "Compact and low profile,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$$sale_year"]=> string(4) "2014" ["$sale_year"]=> string(4) "2014" ["$$standard_price"]=> string(8) "4,400円" ["$standard_price"]=> string(8) "4,400円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(2) "6A" ["$rated_current"]=> string(2) "6A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(72) "63x44x132 mm [2.48x1.73x5.20 inches] (Option: -D refer to external view)" ["$struct_external_dimension"]=> string(72) "63x44x132 mm [2.48x1.73x5.20 inches] (Option: -D refer to external view)" ["$$struct_mass"]=> string(8) "440g max" ["$struct_mass"]=> string(8) "440g max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_JAC.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_JAC.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_jac-06.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_jac-06.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(23) "/tool/tag/dxf/e_jac.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(26) "/tool/tag/cad/jac(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(26) "/tool/tag/cad/jac(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(23) "/tool/tag/dxf/e_jac.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(26) "/tool/tag/cad/jac(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(26) "/tool/tag/cad/jac(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [1]=> array(211) { ["id"]=> string(2) "10" ["nf_series_id"]=> string(1) "5" ["name"]=> string(6) "JAC-10" ["pic_path"]=> string(24) "/tool/tag/pic/jac-10.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/jac-10_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/jac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/jac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/jac-10-mtbf.zip" ["search_current"]=> string(2) "10" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "100" ["created"]=> string(26) "2015-07-13 13:38:35.655133" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_11"]=> string(1) "1" ["equal_95"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAC-10" [1]=> string(6) "TAH-10" } ["equal_str"]=> string(14) "TAC-10, TAH-10" ["$nf_series_id"]=> string(3) "JAC" ["$name"]=> string(6) "JAC-10" ["$pic_path"]=> string(24) "/tool/tag/pic/jac-10.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/jac-10_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/jac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/jac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/jac-10-mtbf.zip" ["$search_current"]=> string(2) "10" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "100" ["$created"]=> string(10) "2015/07/13" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_11"]=> string(1) "1" ["$equal_95"]=> string(1) "1" ["explanation"]=> string(115) "Three-phase 500VAC 10A
Compact and low profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(802) "

JAC(1)  -  10(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
  * Please contact us about ultra high attenuation type for EU (Wye type with neutral
    earth system).
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view.
  H:Ultra high-attenuation type" ["option_path"]=> string(0) "" ["patent"]=> string(29) "Push down type terminal block" ["patent_short"]=> string(44) "Compact and low profile,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["sale_year"]=> string(4) "2014" ["standard_price"]=> string(8) "4,500円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "10A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(72) "63x44x132 mm [2.48x1.73x5.20 inches] (Option: -D refer to external view)" ["struct_mass"]=> string(8) "440g max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_JAC.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_JAC.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_jac-10.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_jac-10.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "10" ["$$explanation"]=> string(115) "Three-phase 500VAC 10A
Compact and low profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(133) "Three-phase 500VAC 10A<br />Compact and low profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(802) "

JAC(1)  -  10(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
  * Please contact us about ultra high attenuation type for EU (Wye type with neutral
    earth system).
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view.
  H:Ultra high-attenuation type" ["$option"]=> string(1084) "<p class=fsLL>JAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;10<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />&nbsp;&nbsp;* Please contact us about ultra high attenuation type for EU (Wye type with neutral<br />&nbsp;&nbsp;&nbsp;&nbsp;earth system).<br />(4) Options<br />&nbsp;&nbsp;D:DIN rail installation type<br />&nbsp;&nbsp;&nbsp;&nbsp;* The dimensions change when the option is set. Refer to External view.<br />&nbsp;&nbsp;H:Ultra high-attenuation type" ["$option_path"]=> string(0) "" ["$$patent"]=> string(29) "Push down type terminal block" ["$patent"]=> string(29) "Push down type terminal block" ["$$patent_short"]=> string(44) "Compact and low profile,
1-stage filter" ["$patent_short"]=> string(50) "Compact and low profile,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$$sale_year"]=> string(4) "2014" ["$sale_year"]=> string(4) "2014" ["$$standard_price"]=> string(8) "4,500円" ["$standard_price"]=> string(8) "4,500円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "10A" ["$rated_current"]=> string(3) "10A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(72) "63x44x132 mm [2.48x1.73x5.20 inches] (Option: -D refer to external view)" ["$struct_external_dimension"]=> string(72) "63x44x132 mm [2.48x1.73x5.20 inches] (Option: -D refer to external view)" ["$$struct_mass"]=> string(8) "440g max" ["$struct_mass"]=> string(8) "440g max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_JAC.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_JAC.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_jac-10.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_jac-10.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(23) "/tool/tag/dxf/e_jac.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(26) "/tool/tag/cad/jac(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(26) "/tool/tag/cad/jac(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(23) "/tool/tag/dxf/e_jac.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(26) "/tool/tag/cad/jac(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(26) "/tool/tag/cad/jac(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [2]=> array(211) { ["id"]=> string(2) "80" ["nf_series_id"]=> string(1) "5" ["name"]=> string(6) "JAC-20" ["pic_path"]=> string(24) "/tool/tag/pic/jac-20.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/jac-20_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/jac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/jac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/jac-20-mtbf.zip" ["search_current"]=> string(2) "20" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "200" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_84"]=> string(1) "1" ["equal_96"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAC-20" [1]=> string(6) "TAH-20" } ["equal_str"]=> string(14) "TAC-20, TAH-20" ["$nf_series_id"]=> string(3) "JAC" ["$name"]=> string(6) "JAC-20" ["$pic_path"]=> string(24) "/tool/tag/pic/jac-20.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/jac-20_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/jac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/jac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/jac-20-mtbf.zip" ["$search_current"]=> string(2) "20" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "200" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_84"]=> string(1) "1" ["$equal_96"]=> string(1) "1" ["explanation"]=> string(115) "Three-phase 500VAC 20A
Compact and low profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(802) "

JAC(1)  -  20(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
  * Please contact us about ultra high attenuation type for EU (Wye type with neutral
    earth system).
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view.
  H:Ultra high-attenuation type" ["option_path"]=> string(0) "" ["patent"]=> string(29) "Push down type terminal block" ["patent_short"]=> string(44) "Compact and low profile,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["sale_year"]=> string(4) "2014" ["standard_price"]=> string(8) "5,100円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "20A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(72) "63x44x132 mm [2.48x1.73x5.20 inches] (Option: -D refer to external view)" ["struct_mass"]=> string(8) "440g max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_JAC.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_JAC.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_jac-20.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_jac-20.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "80" ["$$explanation"]=> string(115) "Three-phase 500VAC 20A
Compact and low profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(133) "Three-phase 500VAC 20A<br />Compact and low profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(802) "

JAC(1)  -  20(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
  * Please contact us about ultra high attenuation type for EU (Wye type with neutral
    earth system).
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view.
  H:Ultra high-attenuation type" ["$option"]=> string(1084) "<p class=fsLL>JAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;20<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />&nbsp;&nbsp;* Please contact us about ultra high attenuation type for EU (Wye type with neutral<br />&nbsp;&nbsp;&nbsp;&nbsp;earth system).<br />(4) Options<br />&nbsp;&nbsp;D:DIN rail installation type<br />&nbsp;&nbsp;&nbsp;&nbsp;* The dimensions change when the option is set. Refer to External view.<br />&nbsp;&nbsp;H:Ultra high-attenuation type" ["$option_path"]=> string(0) "" ["$$patent"]=> string(29) "Push down type terminal block" ["$patent"]=> string(29) "Push down type terminal block" ["$$patent_short"]=> string(44) "Compact and low profile,
1-stage filter" ["$patent_short"]=> string(50) "Compact and low profile,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$$sale_year"]=> string(4) "2014" ["$sale_year"]=> string(4) "2014" ["$$standard_price"]=> string(8) "5,100円" ["$standard_price"]=> string(8) "5,100円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$$rated_current"]=> string(3) "20A" ["$rated_current"]=> string(3) "20A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(72) "63x44x132 mm [2.48x1.73x5.20 inches] (Option: -D refer to external view)" ["$struct_external_dimension"]=> string(72) "63x44x132 mm [2.48x1.73x5.20 inches] (Option: -D refer to external view)" ["$$struct_mass"]=> string(8) "440g max" ["$struct_mass"]=> string(8) "440g max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_JAC.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_JAC.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_jac-20.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_jac-20.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(23) "/tool/tag/dxf/e_jac.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(26) "/tool/tag/cad/jac(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(26) "/tool/tag/cad/jac(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(23) "/tool/tag/dxf/e_jac.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(26) "/tool/tag/cad/jac(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(26) "/tool/tag/cad/jac(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [3]=> array(211) { ["id"]=> string(2) "81" ["nf_series_id"]=> string(1) "5" ["name"]=> string(6) "JAC-30" ["pic_path"]=> string(24) "/tool/tag/pic/jac-30.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/jac-30_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/jac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/jac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/jac-30-mtbf.zip" ["search_current"]=> string(2) "30" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "300" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_85"]=> string(1) "1" ["equal_97"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAC-30" [1]=> string(6) "TAH-30" } ["equal_str"]=> string(14) "TAC-30, TAH-30" ["$nf_series_id"]=> string(3) "JAC" ["$name"]=> string(6) "JAC-30" ["$pic_path"]=> string(24) "/tool/tag/pic/jac-30.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/jac-30_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/jac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/jac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/jac-30-mtbf.zip" ["$search_current"]=> string(2) "30" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "300" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_85"]=> string(1) "1" ["$equal_97"]=> string(1) "1" ["explanation"]=> string(115) "Three-phase 500VAC 30A
Compact and low profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(802) "

JAC(1)  -  30(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
  * Please contact us about ultra high attenuation type for EU (Wye type with neutral
    earth system).
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view.
  H:Ultra high-attenuation type" ["option_path"]=> string(0) "" ["patent"]=> string(29) "Push down type terminal block" ["patent_short"]=> string(44) "Compact and low profile,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["sale_year"]=> string(4) "2014" ["standard_price"]=> string(8) "5,700円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "30A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(72) "63x44x132 mm [2.48x1.73x5.20 inches] (Option: -D refer to external view)" ["struct_mass"]=> string(8) "440g max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_JAC.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_JAC.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_jac-30.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_jac-30.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "81" ["$$explanation"]=> string(115) "Three-phase 500VAC 30A
Compact and low profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(133) "Three-phase 500VAC 30A<br />Compact and low profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(802) "

JAC(1)  -  30(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
  * Please contact us about ultra high attenuation type for EU (Wye type with neutral
    earth system).
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view.
  H:Ultra high-attenuation type" ["$option"]=> string(1084) "<p class=fsLL>JAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;30<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />&nbsp;&nbsp;* Please contact us about ultra high attenuation type for EU (Wye type with neutral<br />&nbsp;&nbsp;&nbsp;&nbsp;earth system).<br />(4) Options<br />&nbsp;&nbsp;D:DIN rail installation type<br />&nbsp;&nbsp;&nbsp;&nbsp;* The dimensions change when the option is set. Refer to External view.<br />&nbsp;&nbsp;H:Ultra high-attenuation type" ["$option_path"]=> string(0) "" ["$$patent"]=> string(29) "Push down type terminal block" ["$patent"]=> string(29) "Push down type terminal block" ["$$patent_short"]=> string(44) "Compact and low profile,
1-stage filter" ["$patent_short"]=> string(50) "Compact and low profile,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$$sale_year"]=> string(4) "2014" ["$sale_year"]=> string(4) "2014" ["$$standard_price"]=> string(8) "5,700円" ["$standard_price"]=> string(8) "5,700円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "30A" ["$rated_current"]=> string(3) "30A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(72) "63x44x132 mm [2.48x1.73x5.20 inches] (Option: -D refer to external view)" ["$struct_external_dimension"]=> string(72) "63x44x132 mm [2.48x1.73x5.20 inches] (Option: -D refer to external view)" ["$$struct_mass"]=> string(8) "440g max" ["$struct_mass"]=> string(8) "440g max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_JAC.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_JAC.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_jac-30.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_jac-30.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(23) "/tool/tag/dxf/e_jac.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(26) "/tool/tag/cad/jac(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(26) "/tool/tag/cad/jac(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(23) "/tool/tag/dxf/e_jac.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(26) "/tool/tag/cad/jac(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(26) "/tool/tag/cad/jac(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } } } [2]=> array(76) { ["id"]=> string(1) "6" ["category_sub_id"]=> string(1) "3" ["name"]=> string(3) "TAC" ["pic_path"]=> string(21) "/tool/tag/pic/tac.jpg" ["is_separate_sell_comment"]=> string(1) "0" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(5) "58710" ["created"]=> string(26) "2015-07-13 13:35:32.224452" ["first_letter"]=> string(1) "T" ["product_system_9"]=> string(1) "1" ["product_system_arr"]=> array(1) { [0]=> string(14) "1-stage Filter" } ["product_system_str"]=> string(14) "1-stage Filter" ["product_org_3"]=> string(1) "1" ["product_org_arr"]=> array(1) { [0]=> string(11) "Low Profile" } ["product_org_str"]=> string(11) "Low Profile" ["environment_mark_1"]=> string(1) "1" ["environment_mark_2"]=> string(1) "1" ["environment_mark_arr"]=> array(2) { [0]=> string(4) "RoHS" [1]=> string(3) "eco" } ["environment_mark_str"]=> string(9) "RoHS, eco" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["volt_2"]=> string(1) "1" ["volt_arr"]=> array(1) { [0]=> string(17) "Three-phaseAC500V" } ["volt_str"]=> string(17) "Three-phaseAC500V" ["$category_sub_id"]=> string(9) "3ph input" ["$name"]=> string(3) "TAC" ["$pic_path"]=> string(21) "/tool/tag/pic/tac.jpg" ["$is_separate_sell_comment"]=> string(1) "0" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(5) "58710" ["$created"]=> string(10) "2015/07/13" ["$product_system_9"]=> string(1) "1" ["$product_org_3"]=> string(1) "1" ["$environment_mark_1"]=> string(1) "1" ["$environment_mark_2"]=> string(1) "1" ["$volt_2"]=> string(1) "1" ["explanation"]=> string(123) "Three-phase 500VAC 4-300A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["patent"]=> string(166) "4-30A
Push down type terminal block

4-300A
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["note"]=> string(0) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["catalog_pdf"]=> string(27) "/tool/tag/pdf/SFE_TAC-S.pdf" ["instructions_use_pdf"]=> string(27) "/tool/tag/pdf/CME_TAC-S.pdf" ["replace_recommend_manual"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(1) "6" ["$$explanation"]=> string(123) "Three-phase 500VAC 4-300A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(146) "Three-phase 500VAC 4-300A<br />General-purpose  Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$patent"]=> string(166) "4-30A
Push down type terminal block

4-300A
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(196) "4-30A<br />Push down type terminal block<br /><br />4-300A<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$catalog_pdf"]=> string(27) "/tool/tag/pdf/SFE_TAC-S.pdf" ["$instructions_use_pdf"]=> string(27) "/tool/tag/pdf/CME_TAC-S.pdf" ["$replace_recommend_manual"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["environment_mark_RoHS"]=> string(1) "1" ["environment_mark_eco"]=> string(1) "1" ["series_name"]=> string(3) "TAC" ["models"]=> array(13) { [0]=> array(211) { ["id"]=> string(2) "82" ["nf_series_id"]=> string(1) "6" ["name"]=> string(6) "TAC-04" ["pic_path"]=> string(24) "/tool/tag/pic/tac-04.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tac-04_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tac-04-mtbf.zip" ["search_current"]=> string(1) "4" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(2) "40" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_93"]=> string(1) "1" ["equal_79"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAH-04" [1]=> string(6) "JAC-06" } ["equal_str"]=> string(14) "TAH-04, JAC-06" ["$nf_series_id"]=> string(3) "TAC" ["$name"]=> string(6) "TAC-04" ["$pic_path"]=> string(24) "/tool/tag/pic/tac-04.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tac-04_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tac-04-mtbf.zip" ["$search_current"]=> string(1) "4" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(2) "40" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_93"]=> string(1) "1" ["$equal_79"]=> string(1) "1" ["explanation"]=> string(120) "Three-phase 500VAC 4A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(464) "

TAC(1)  -  04(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["option_path"]=> string(0) "" ["patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["sale_year"]=> string(4) "2006" ["standard_price"]=> string(8) "5,600円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(2) "4A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["struct_mass"]=> string(9) "620g max " ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(33) "/tool/tag/pdf/SFE_TAC(04_30A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(33) "/tool/tag/pdf/CME_TAC(04_30A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-04.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tac-04.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "82" ["$$explanation"]=> string(120) "Three-phase 500VAC 4A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(138) "Three-phase 500VAC 4A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(464) "

TAC(1)  -  04(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["$option"]=> string(660) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;04<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />(4) Options<br />&nbsp;&nbsp;D:DIN rail installation type<br />&nbsp;&nbsp;&nbsp;&nbsp;* The dimensions change when the option is set. Refer to External view." ["$option_path"]=> string(0) "" ["$$patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["$patent"]=> string(149) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Push down type terminal block" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$$sale_year"]=> string(4) "2006" ["$sale_year"]=> string(4) "2006" ["$$standard_price"]=> string(8) "5,600円" ["$standard_price"]=> string(8) "5,600円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(2) "4A" ["$rated_current"]=> string(2) "4A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["$struct_external_dimension"]=> string(83) "63x64x128 mm [2.48x2.52x5.04 inches]<br />(Option: -D refer to external view)" ["$$struct_mass"]=> string(9) "620g max " ["$struct_mass"]=> string(9) "620g max " ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(33) "/tool/tag/pdf/SFE_TAC(04_30A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(33) "/tool/tag/pdf/CME_TAC(04_30A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-04.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tac-04.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [1]=> array(211) { ["id"]=> string(2) "83" ["nf_series_id"]=> string(1) "6" ["name"]=> string(6) "TAC-06" ["pic_path"]=> string(24) "/tool/tag/pic/tac-06.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tac-06_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tac-06-mtbf.zip" ["search_current"]=> string(1) "6" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(2) "60" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_94"]=> string(1) "1" ["equal_79"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAH-06" [1]=> string(6) "JAC-06" } ["equal_str"]=> string(14) "TAH-06, JAC-06" ["$nf_series_id"]=> string(3) "TAC" ["$name"]=> string(6) "TAC-06" ["$pic_path"]=> string(24) "/tool/tag/pic/tac-06.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tac-06_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tac-06-mtbf.zip" ["$search_current"]=> string(1) "6" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(2) "60" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_79"]=> string(1) "1" ["$equal_94"]=> string(1) "1" ["explanation"]=> string(120) "Three-phase 500VAC 6A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(464) "

TAC(1)  -  06(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["option_path"]=> string(0) "" ["patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["sale_year"]=> string(4) "2005" ["standard_price"]=> string(8) "5,600円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(2) "6A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["struct_mass"]=> string(9) "620g max " ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(33) "/tool/tag/pdf/SFE_TAC(04_30A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(33) "/tool/tag/pdf/CME_TAC(04_30A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-06.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tac-06.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "83" ["$$explanation"]=> string(120) "Three-phase 500VAC 6A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(138) "Three-phase 500VAC 6A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(464) "

TAC(1)  -  06(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["$option"]=> string(660) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;06<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />(4) Options<br />&nbsp;&nbsp;D:DIN rail installation type<br />&nbsp;&nbsp;&nbsp;&nbsp;* The dimensions change when the option is set. Refer to External view." ["$option_path"]=> string(0) "" ["$$patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["$patent"]=> string(149) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Push down type terminal block" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$$sale_year"]=> string(4) "2005" ["$sale_year"]=> string(4) "2005" ["$$standard_price"]=> string(8) "5,600円" ["$standard_price"]=> string(8) "5,600円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(2) "6A" ["$rated_current"]=> string(2) "6A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["$struct_external_dimension"]=> string(83) "63x64x128 mm [2.48x2.52x5.04 inches]<br />(Option: -D refer to external view)" ["$$struct_mass"]=> string(9) "620g max " ["$struct_mass"]=> string(9) "620g max " ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(33) "/tool/tag/pdf/SFE_TAC(04_30A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(33) "/tool/tag/pdf/CME_TAC(04_30A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-06.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tac-06.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [2]=> array(211) { ["id"]=> string(2) "11" ["nf_series_id"]=> string(1) "6" ["name"]=> string(6) "TAC-10" ["pic_path"]=> string(24) "/tool/tag/pic/tac-10.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tac-10_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tac-10-mtbf.zip" ["search_current"]=> string(2) "10" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "100" ["created"]=> string(26) "2015-07-13 13:38:35.655133" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_95"]=> string(1) "1" ["equal_10"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAH-10" [1]=> string(6) "JAC-10" } ["equal_str"]=> string(14) "TAH-10, JAC-10" ["$nf_series_id"]=> string(3) "TAC" ["$name"]=> string(6) "TAC-10" ["$pic_path"]=> string(24) "/tool/tag/pic/tac-10.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tac-10_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tac-10-mtbf.zip" ["$search_current"]=> string(2) "10" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "100" ["$created"]=> string(10) "2015/07/13" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_10"]=> string(1) "1" ["$equal_95"]=> string(1) "1" ["explanation"]=> string(121) "Three-phase 500VAC 10A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(464) "

TAC(1)  -  10(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["option_path"]=> string(0) "" ["patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["sale_year"]=> string(4) "2005" ["standard_price"]=> string(8) "5,700円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "10A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["struct_mass"]=> string(9) "620g max " ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(33) "/tool/tag/pdf/SFE_TAC(04_30A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(33) "/tool/tag/pdf/CME_TAC(04_30A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-10.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tac-10.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "11" ["$$explanation"]=> string(121) "Three-phase 500VAC 10A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(139) "Three-phase 500VAC 10A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(464) "

TAC(1)  -  10(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["$option"]=> string(660) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;10<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />(4) Options<br />&nbsp;&nbsp;D:DIN rail installation type<br />&nbsp;&nbsp;&nbsp;&nbsp;* The dimensions change when the option is set. Refer to External view." ["$option_path"]=> string(0) "" ["$$patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["$patent"]=> string(149) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Push down type terminal block" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$$sale_year"]=> string(4) "2005" ["$sale_year"]=> string(4) "2005" ["$$standard_price"]=> string(8) "5,700円" ["$standard_price"]=> string(8) "5,700円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "10A" ["$rated_current"]=> string(3) "10A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["$struct_external_dimension"]=> string(83) "63x64x128 mm [2.48x2.52x5.04 inches]<br />(Option: -D refer to external view)" ["$$struct_mass"]=> string(9) "620g max " ["$struct_mass"]=> string(9) "620g max " ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(33) "/tool/tag/pdf/SFE_TAC(04_30A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(33) "/tool/tag/pdf/CME_TAC(04_30A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-10.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tac-10.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [3]=> array(211) { ["id"]=> string(2) "84" ["nf_series_id"]=> string(1) "6" ["name"]=> string(6) "TAC-20" ["pic_path"]=> string(24) "/tool/tag/pic/tac-20.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tac-20_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tac-20-mtbf.zip" ["search_current"]=> string(2) "20" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "200" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_96"]=> string(1) "1" ["equal_80"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAH-20" [1]=> string(6) "JAC-20" } ["equal_str"]=> string(14) "TAH-20, JAC-20" ["$nf_series_id"]=> string(3) "TAC" ["$name"]=> string(6) "TAC-20" ["$pic_path"]=> string(24) "/tool/tag/pic/tac-20.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tac-20_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tac-20-mtbf.zip" ["$search_current"]=> string(2) "20" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "200" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_80"]=> string(1) "1" ["$equal_96"]=> string(1) "1" ["explanation"]=> string(121) "Three-phase 500VAC 20A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(464) "

TAC(1)  -  20(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["option_path"]=> string(0) "" ["patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["sale_year"]=> string(4) "2005" ["standard_price"]=> string(8) "6,400円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "20A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["struct_mass"]=> string(9) "620g max " ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(33) "/tool/tag/pdf/SFE_TAC(04_30A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(33) "/tool/tag/pdf/CME_TAC(04_30A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-20.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tac-20.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "84" ["$$explanation"]=> string(121) "Three-phase 500VAC 20A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(139) "Three-phase 500VAC 20A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(464) "

TAC(1)  -  20(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["$option"]=> string(660) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;20<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />(4) Options<br />&nbsp;&nbsp;D:DIN rail installation type<br />&nbsp;&nbsp;&nbsp;&nbsp;* The dimensions change when the option is set. Refer to External view." ["$option_path"]=> string(0) "" ["$$patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["$patent"]=> string(149) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Push down type terminal block" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$$sale_year"]=> string(4) "2005" ["$sale_year"]=> string(4) "2005" ["$$standard_price"]=> string(8) "6,400円" ["$standard_price"]=> string(8) "6,400円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$$rated_current"]=> string(3) "20A" ["$rated_current"]=> string(3) "20A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["$struct_external_dimension"]=> string(83) "63x64x128 mm [2.48x2.52x5.04 inches]<br />(Option: -D refer to external view)" ["$$struct_mass"]=> string(9) "620g max " ["$struct_mass"]=> string(9) "620g max " ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(33) "/tool/tag/pdf/SFE_TAC(04_30A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(33) "/tool/tag/pdf/CME_TAC(04_30A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-20.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tac-20.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [4]=> array(211) { ["id"]=> string(2) "85" ["nf_series_id"]=> string(1) "6" ["name"]=> string(6) "TAC-30" ["pic_path"]=> string(24) "/tool/tag/pic/tac-30.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tac-30_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tac-30-mtbf.zip" ["search_current"]=> string(2) "30" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "300" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_97"]=> string(1) "1" ["equal_81"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAH-30" [1]=> string(6) "JAC-30" } ["equal_str"]=> string(14) "TAH-30, JAC-30" ["$nf_series_id"]=> string(3) "TAC" ["$name"]=> string(6) "TAC-30" ["$pic_path"]=> string(24) "/tool/tag/pic/tac-30.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tac-30_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tac-30-mtbf.zip" ["$search_current"]=> string(2) "30" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "300" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_81"]=> string(1) "1" ["$equal_97"]=> string(1) "1" ["explanation"]=> string(121) "Three-phase 500VAC 30A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(464) "

TAC(1)  -  30(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["option_path"]=> string(0) "" ["patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["sale_year"]=> string(4) "2005" ["standard_price"]=> string(8) "7,200円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "30A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["struct_mass"]=> string(9) "620g max " ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(33) "/tool/tag/pdf/SFE_TAC(04_30A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(33) "/tool/tag/pdf/CME_TAC(04_30A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-30.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tac-30.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "85" ["$$explanation"]=> string(121) "Three-phase 500VAC 30A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(139) "Three-phase 500VAC 30A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(464) "

TAC(1)  -  30(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["$option"]=> string(660) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;30<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />(4) Options<br />&nbsp;&nbsp;D:DIN rail installation type<br />&nbsp;&nbsp;&nbsp;&nbsp;* The dimensions change when the option is set. Refer to External view." ["$option_path"]=> string(0) "" ["$$patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["$patent"]=> string(149) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Push down type terminal block" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$$sale_year"]=> string(4) "2005" ["$sale_year"]=> string(4) "2005" ["$$standard_price"]=> string(8) "7,200円" ["$standard_price"]=> string(8) "7,200円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "30A" ["$rated_current"]=> string(3) "30A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["$struct_external_dimension"]=> string(83) "63x64x128 mm [2.48x2.52x5.04 inches]<br />(Option: -D refer to external view)" ["$$struct_mass"]=> string(9) "620g max " ["$struct_mass"]=> string(9) "620g max " ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(33) "/tool/tag/pdf/SFE_TAC(04_30A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(33) "/tool/tag/pdf/CME_TAC(04_30A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-30.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tac-30.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [5]=> array(213) { ["id"]=> string(2) "86" ["nf_series_id"]=> string(1) "6" ["name"]=> string(6) "TAC-50" ["pic_path"]=> string(24) "/tool/tag/pic/tac-50.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tac-50_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tac-50-mtbf.zip" ["search_current"]=> string(2) "50" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "500" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_122"]=> string(1) "1" ["equal_99"]=> string(1) "1" ["equal_104"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(6) "TAH-50" [1]=> string(6) "FTA-50" [2]=> string(6) "TBC-50" } ["equal_str"]=> string(22) "TAH-50, FTA-50, TBC-50" ["$nf_series_id"]=> string(3) "TAC" ["$name"]=> string(6) "TAC-50" ["$pic_path"]=> string(24) "/tool/tag/pic/tac-50.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tac-50_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tac-50-mtbf.zip" ["$search_current"]=> string(2) "50" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "500" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_99"]=> string(1) "1" ["$equal_104"]=> string(1) "1" ["$equal_122"]=> string(1) "1" ["explanation"]=> string(121) "Three-phase 500VAC 50A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(541) "

TAC(1)  -  50(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2008" ["standard_price"]=> string(9) "15,000円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "50A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["struct_mass"]=> string(9) "1.4kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-50.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tac-50.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "86" ["$$explanation"]=> string(121) "Three-phase 500VAC 50A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(139) "Three-phase 500VAC 50A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(541) "

TAC(1)  -  50(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(751) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;50<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(108) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2008" ["$sale_year"]=> string(4) "2008" ["$$standard_price"]=> string(9) "15,000円" ["$standard_price"]=> string(9) "15,000円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "50A" ["$rated_current"]=> string(3) "50A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$$struct_mass"]=> string(9) "1.4kg max" ["$struct_mass"]=> string(9) "1.4kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-50.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tac-50.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [6]=> array(213) { ["id"]=> string(2) "87" ["nf_series_id"]=> string(1) "6" ["name"]=> string(6) "TAC-60" ["pic_path"]=> string(24) "/tool/tag/pic/tac-60.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tac-60_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tac-60-mtbf.zip" ["search_current"]=> string(2) "60" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "600" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_123"]=> string(1) "1" ["equal_100"]=> string(1) "1" ["equal_105"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(6) "TAH-60" [1]=> string(6) "FTA-60" [2]=> string(6) "TBC-60" } ["equal_str"]=> string(22) "TAH-60, FTA-60, TBC-60" ["$nf_series_id"]=> string(3) "TAC" ["$name"]=> string(6) "TAC-60" ["$pic_path"]=> string(24) "/tool/tag/pic/tac-60.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tac-60_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tac-60-mtbf.zip" ["$search_current"]=> string(2) "60" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "600" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_100"]=> string(1) "1" ["$equal_105"]=> string(1) "1" ["$equal_123"]=> string(1) "1" ["explanation"]=> string(119) "Three-phase 500VAC 60A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(541) "

TAC(1)  -  60(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2011" ["standard_price"]=> string(9) "20,000円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "60A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["struct_mass"]=> string(9) "1.4kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-60.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tac-60.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "87" ["$$explanation"]=> string(119) "Three-phase 500VAC 60A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(137) "Three-phase 500VAC 60A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(541) "

TAC(1)  -  60(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(751) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;60<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(108) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2011" ["$sale_year"]=> string(4) "2011" ["$$standard_price"]=> string(9) "20,000円" ["$standard_price"]=> string(9) "20,000円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "60A" ["$rated_current"]=> string(3) "60A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$$struct_mass"]=> string(9) "1.4kg max" ["$struct_mass"]=> string(9) "1.4kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-60.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tac-60.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [7]=> array(215) { ["id"]=> string(2) "88" ["nf_series_id"]=> string(1) "6" ["name"]=> string(6) "TAC-80" ["pic_path"]=> string(24) "/tool/tag/pic/tac-80.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tac-80_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tac-80-mtbf.zip" ["search_current"]=> string(2) "80" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "800" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_124"]=> string(1) "1" ["equal_106"]=> string(1) "1" ["equal_101"]=> string(1) "1" ["equal_111"]=> string(1) "1" ["equal_arr"]=> array(4) { [0]=> string(6) "TAH-80" [1]=> string(6) "TBC-80" [2]=> string(6) "FTA-80" [3]=> string(6) "FTB-80" } ["equal_str"]=> string(30) "TAH-80, TBC-80, FTA-80, FTB-80" ["$nf_series_id"]=> string(3) "TAC" ["$name"]=> string(6) "TAC-80" ["$pic_path"]=> string(24) "/tool/tag/pic/tac-80.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tac-80_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tac-80-mtbf.zip" ["$search_current"]=> string(2) "80" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "800" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_101"]=> string(1) "1" ["$equal_106"]=> string(1) "1" ["$equal_111"]=> string(1) "1" ["$equal_124"]=> string(1) "1" ["explanation"]=> string(121) "Three-phase 500VAC 80A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(541) "

TAC(1)  -  80(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2011" ["standard_price"]=> string(9) "35,500円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "80A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["struct_mass"]=> string(9) "3.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-80.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tac-80.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "88" ["$$explanation"]=> string(121) "Three-phase 500VAC 80A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(139) "Three-phase 500VAC 80A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(541) "

TAC(1)  -  80(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(751) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;80<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(108) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2011" ["$sale_year"]=> string(4) "2011" ["$$standard_price"]=> string(9) "35,500円" ["$standard_price"]=> string(9) "35,500円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "80A" ["$rated_current"]=> string(3) "80A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$$struct_mass"]=> string(9) "3.8kg max" ["$struct_mass"]=> string(9) "3.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-80.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tac-80.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [8]=> array(215) { ["id"]=> string(2) "89" ["nf_series_id"]=> string(1) "6" ["name"]=> string(7) "TAC-100" ["pic_path"]=> string(25) "/tool/tag/pic/tac-100.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/tac-100_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/tac-100-mtbf.zip" ["search_current"]=> string(3) "100" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "1000" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_125"]=> string(1) "1" ["equal_107"]=> string(1) "1" ["equal_102"]=> string(1) "1" ["equal_112"]=> string(1) "1" ["equal_arr"]=> array(4) { [0]=> string(7) "TAH-100" [1]=> string(7) "TBC-100" [2]=> string(7) "FTA-100" [3]=> string(7) "FTB-100" } ["equal_str"]=> string(34) "TAH-100, TBC-100, FTA-100, FTB-100" ["$nf_series_id"]=> string(3) "TAC" ["$name"]=> string(7) "TAC-100" ["$pic_path"]=> string(25) "/tool/tag/pic/tac-100.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/tac-100_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/tac-100-mtbf.zip" ["$search_current"]=> string(3) "100" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "1000" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_102"]=> string(1) "1" ["$equal_107"]=> string(1) "1" ["$equal_112"]=> string(1) "1" ["$equal_125"]=> string(1) "1" ["explanation"]=> string(122) "Three-phase 500VAC 100A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(542) "

TAC(1)  -  100(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2008" ["standard_price"]=> string(9) "36,000円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(4) "100A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["struct_mass"]=> string(9) "3.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-100.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_tac-100.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "89" ["$$explanation"]=> string(122) "Three-phase 500VAC 100A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(140) "Three-phase 500VAC 100A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(542) "

TAC(1)  -  100(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(752) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;100<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(108) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2008" ["$sale_year"]=> string(4) "2008" ["$$standard_price"]=> string(9) "36,000円" ["$standard_price"]=> string(9) "36,000円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(4) "100A" ["$rated_current"]=> string(4) "100A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$$struct_mass"]=> string(9) "3.8kg max" ["$struct_mass"]=> string(9) "3.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-100.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_tac-100.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [9]=> array(215) { ["id"]=> string(2) "12" ["nf_series_id"]=> string(1) "6" ["name"]=> string(7) "TAC-150" ["pic_path"]=> string(25) "/tool/tag/pic/tac-150.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/tac-150_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/tac-150-mtbf.zip" ["search_current"]=> string(3) "150" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "1500" ["created"]=> string(26) "2015-07-13 13:38:35.655133" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_126"]=> string(1) "1" ["equal_14"]=> string(1) "1" ["equal_13"]=> string(1) "1" ["equal_15"]=> string(1) "1" ["equal_arr"]=> array(4) { [0]=> string(7) "TAH-150" [1]=> string(7) "TBC-150" [2]=> string(7) "FTA-150" [3]=> string(7) "FTB-150" } ["equal_str"]=> string(34) "TAH-150, TBC-150, FTA-150, FTB-150" ["$nf_series_id"]=> string(3) "TAC" ["$name"]=> string(7) "TAC-150" ["$pic_path"]=> string(25) "/tool/tag/pic/tac-150.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/tac-150_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/tac-150-mtbf.zip" ["$search_current"]=> string(3) "150" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "1500" ["$created"]=> string(10) "2015/07/13" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_13"]=> string(1) "1" ["$equal_14"]=> string(1) "1" ["$equal_15"]=> string(1) "1" ["$equal_126"]=> string(1) "1" ["explanation"]=> string(122) "Three-phase 500VAC 150A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(542) "

TAC(1)  -  150(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2008" ["standard_price"]=> string(9) "59,000円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(4) "150A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(38) "170x92x285 mm [6.69x3.62x11.22 inches]" ["struct_mass"]=> string(9) "4.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-150.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_tac-150.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "12" ["$$explanation"]=> string(122) "Three-phase 500VAC 150A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(140) "Three-phase 500VAC 150A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(542) "

TAC(1)  -  150(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(752) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;150<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(108) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2008" ["$sale_year"]=> string(4) "2008" ["$$standard_price"]=> string(9) "59,000円" ["$standard_price"]=> string(9) "59,000円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(4) "150A" ["$rated_current"]=> string(4) "150A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(38) "170x92x285 mm [6.69x3.62x11.22 inches]" ["$struct_external_dimension"]=> string(38) "170x92x285 mm [6.69x3.62x11.22 inches]" ["$$struct_mass"]=> string(9) "4.8kg max" ["$struct_mass"]=> string(9) "4.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-150.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_tac-150.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(31) "/tool/tag/dxf/e_tac_tah150a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(34) "/tool/tag/cad/tac-tah-150(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(34) "/tool/tag/cad/tac-tah-150(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(31) "/tool/tag/dxf/e_tac_tah150a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(34) "/tool/tag/cad/tac-tah-150(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(34) "/tool/tag/cad/tac-tah-150(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [10]=> array(209) { ["id"]=> string(2) "90" ["nf_series_id"]=> string(1) "6" ["name"]=> string(7) "TAC-200" ["pic_path"]=> string(25) "/tool/tag/pic/tac-200.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/tac-200_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/tac-200-mtbf.zip" ["search_current"]=> string(3) "200" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "2000" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_108"]=> string(1) "1" ["equal_arr"]=> array(1) { [0]=> string(7) "TBC-200" } ["equal_str"]=> string(7) "TBC-200" ["$nf_series_id"]=> string(3) "TAC" ["$name"]=> string(7) "TAC-200" ["$pic_path"]=> string(25) "/tool/tag/pic/tac-200.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/tac-200_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/tac-200-mtbf.zip" ["$search_current"]=> string(3) "200" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "2000" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_108"]=> string(1) "1" ["explanation"]=> string(122) "Three-phase 500VAC 200A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(542) "

TAC(1)  -  200(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2009" ["standard_price"]=> string(10) "140,000円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(4) "200A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["struct_mass"]=> string(9) "8.0kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(39) "/tool/tag/pdf/SFE_TAC(200_250_300A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(39) "/tool/tag/pdf/CME_TAC(200_250_300A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-200.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_tac-200.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "90" ["$$explanation"]=> string(122) "Three-phase 500VAC 200A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(140) "Three-phase 500VAC 200A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(542) "

TAC(1)  -  200(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(752) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;200<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(108) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2009" ["$sale_year"]=> string(4) "2009" ["$$standard_price"]=> string(10) "140,000円" ["$standard_price"]=> string(10) "140,000円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(4) "200A" ["$rated_current"]=> string(4) "200A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["$struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["$$struct_mass"]=> string(9) "8.0kg max" ["$struct_mass"]=> string(9) "8.0kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(39) "/tool/tag/pdf/SFE_TAC(200_250_300A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(39) "/tool/tag/pdf/CME_TAC(200_250_300A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-200.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_tac-200.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(35) "/tool/tag/dxf/e_tac200_250_300a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(35) "/tool/tag/dxf/e_tac200_250_300a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [11]=> array(209) { ["id"]=> string(2) "91" ["nf_series_id"]=> string(1) "6" ["name"]=> string(7) "TAC-250" ["pic_path"]=> string(25) "/tool/tag/pic/tac-250.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/tac-250_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/tac-250-mtbf.zip" ["search_current"]=> string(3) "250" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "2500" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_109"]=> string(1) "1" ["equal_arr"]=> array(1) { [0]=> string(7) "TBC-250" } ["equal_str"]=> string(7) "TBC-250" ["$nf_series_id"]=> string(3) "TAC" ["$name"]=> string(7) "TAC-250" ["$pic_path"]=> string(25) "/tool/tag/pic/tac-250.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/tac-250_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/tac-250-mtbf.zip" ["$search_current"]=> string(3) "250" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "2500" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_109"]=> string(1) "1" ["explanation"]=> string(122) "Three-phase 500VAC 250A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(542) "

TAC(1)  -  250(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2009" ["standard_price"]=> string(10) "180,000円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(4) "250A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["struct_mass"]=> string(9) "8.0kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(39) "/tool/tag/pdf/SFE_TAC(200_250_300A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(39) "/tool/tag/pdf/CME_TAC(200_250_300A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-250.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_tac-250.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "91" ["$$explanation"]=> string(122) "Three-phase 500VAC 250A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(140) "Three-phase 500VAC 250A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(542) "

TAC(1)  -  250(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(752) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;250<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(108) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2009" ["$sale_year"]=> string(4) "2009" ["$$standard_price"]=> string(10) "180,000円" ["$standard_price"]=> string(10) "180,000円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(4) "250A" ["$rated_current"]=> string(4) "250A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["$struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["$$struct_mass"]=> string(9) "8.0kg max" ["$struct_mass"]=> string(9) "8.0kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(39) "/tool/tag/pdf/SFE_TAC(200_250_300A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(39) "/tool/tag/pdf/CME_TAC(200_250_300A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-250.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_tac-250.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(35) "/tool/tag/dxf/e_tac200_250_300a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(35) "/tool/tag/dxf/e_tac200_250_300a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [12]=> array(209) { ["id"]=> string(2) "92" ["nf_series_id"]=> string(1) "6" ["name"]=> string(7) "TAC-300" ["pic_path"]=> string(25) "/tool/tag/pic/tac-300.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/tac-300_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/tac-300-mtbf.zip" ["search_current"]=> string(3) "300" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "3000" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_110"]=> string(1) "1" ["equal_arr"]=> array(1) { [0]=> string(7) "TBC-300" } ["equal_str"]=> string(7) "TBC-300" ["$nf_series_id"]=> string(3) "TAC" ["$name"]=> string(7) "TAC-300" ["$pic_path"]=> string(25) "/tool/tag/pic/tac-300.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/tac-300_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/tac-300-mtbf.zip" ["$search_current"]=> string(3) "300" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "3000" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_110"]=> string(1) "1" ["explanation"]=> string(122) "Three-phase 500VAC 300A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(542) "

TAC(1)  -  300(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2009" ["standard_price"]=> string(10) "220,000円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(4) "300A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["struct_mass"]=> string(9) "8.0kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(39) "/tool/tag/pdf/SFE_TAC(200_250_300A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(39) "/tool/tag/pdf/CME_TAC(200_250_300A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-300.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_tac-300.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "92" ["$$explanation"]=> string(122) "Three-phase 500VAC 300A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(140) "Three-phase 500VAC 300A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(542) "

TAC(1)  -  300(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(752) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;300<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(108) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2009" ["$sale_year"]=> string(4) "2009" ["$$standard_price"]=> string(10) "220,000円" ["$standard_price"]=> string(10) "220,000円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(4) "300A" ["$rated_current"]=> string(4) "300A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["$struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["$$struct_mass"]=> string(9) "8.0kg max" ["$struct_mass"]=> string(9) "8.0kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(39) "/tool/tag/pdf/SFE_TAC(200_250_300A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(39) "/tool/tag/pdf/CME_TAC(200_250_300A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-300.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_tac-300.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(35) "/tool/tag/dxf/e_tac200_250_300a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(35) "/tool/tag/dxf/e_tac200_250_300a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } } } [3]=> array(76) { ["id"]=> string(2) "24" ["category_sub_id"]=> string(1) "3" ["name"]=> string(13) "TAC-U(Option)" ["pic_path"]=> string(23) "/tool/tag/pic/tac-u.jpg" ["is_separate_sell_comment"]=> string(1) "0" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(5) "58715" ["created"]=> string(26) "2017-01-06 15:42:11.789547" ["first_letter"]=> string(1) "T" ["product_system_9"]=> string(1) "1" ["product_system_arr"]=> array(1) { [0]=> string(14) "1-stage Filter" } ["product_system_str"]=> string(14) "1-stage Filter" ["product_org_3"]=> string(1) "1" ["product_org_arr"]=> array(1) { [0]=> string(11) "Low Profile" } ["product_org_str"]=> string(11) "Low Profile" ["environment_mark_1"]=> string(1) "1" ["environment_mark_2"]=> string(1) "1" ["environment_mark_arr"]=> array(2) { [0]=> string(4) "RoHS" [1]=> string(3) "eco" } ["environment_mark_str"]=> string(9) "RoHS, eco" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["volt_5"]=> string(1) "1" ["volt_arr"]=> array(1) { [0]=> string(17) "Three-phaseAC250V" } ["volt_str"]=> string(17) "Three-phaseAC250V" ["$category_sub_id"]=> string(9) "3ph input" ["$name"]=> string(13) "TAC-U(Option)" ["$pic_path"]=> string(23) "/tool/tag/pic/tac-u.jpg" ["$is_separate_sell_comment"]=> string(1) "0" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(5) "58715" ["$created"]=> string(10) "2017/01/06" ["$product_system_9"]=> string(1) "1" ["$product_org_3"]=> string(1) "1" ["$environment_mark_1"]=> string(1) "1" ["$environment_mark_2"]=> string(1) "1" ["$volt_5"]=> string(1) "1" ["explanation"]=> string(188) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 50-300A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["note"]=> string(0) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["catalog_pdf"]=> string(27) "/tool/tag/pdf/SFE_TAC-S.pdf" ["instructions_use_pdf"]=> string(27) "/tool/tag/pdf/CME_TAC-S.pdf" ["replace_recommend_manual"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "24" ["$$explanation"]=> string(188) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 50-300A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(217) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 50-300A<br />General-purpose  Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$catalog_pdf"]=> string(27) "/tool/tag/pdf/SFE_TAC-S.pdf" ["$instructions_use_pdf"]=> string(27) "/tool/tag/pdf/CME_TAC-S.pdf" ["$replace_recommend_manual"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["environment_mark_RoHS"]=> string(1) "1" ["environment_mark_eco"]=> string(1) "1" ["series_name"]=> string(13) "TAC-U(Option)" ["models"]=> array(8) { [0]=> array(213) { ["id"]=> string(3) "140" ["nf_series_id"]=> string(2) "24" ["name"]=> string(14) "TAC-50-_ _ _-U" ["pic_path"]=> string(24) "/tool/tag/pic/tac-50.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tac-50_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tac-50-mtbf.zip" ["search_current"]=> string(2) "50" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "500" ["created"]=> string(26) "2017-02-01 13:15:56.457832" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_122"]=> string(1) "1" ["equal_99"]=> string(1) "1" ["equal_104"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(6) "TAH-50" [1]=> string(6) "FTA-50" [2]=> string(6) "TBC-50" } ["equal_str"]=> string(22) "TAH-50, FTA-50, TBC-50" ["$nf_series_id"]=> string(13) "TAC-U(Option)" ["$name"]=> string(14) "TAC-50-_ _ _-U" ["$pic_path"]=> string(24) "/tool/tag/pic/tac-50.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tac-50_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tac-50-mtbf.zip" ["$search_current"]=> string(2) "50" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "500" ["$created"]=> string(10) "2017/02/01" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_99"]=> string(1) "1" ["$equal_104"]=> string(1) "1" ["$equal_122"]=> string(1) "1" ["explanation"]=> string(185) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 50A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(530) "

TAC(1)  -  50(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(16) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["rated_current"]=> string(3) "50A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["struct_mass"]=> string(9) "1.4kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-50.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tac-50.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "140" ["$$explanation"]=> string(185) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 50A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(209) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 50A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(530) "

TAC(1)  -  50(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(728) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;50<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;U<sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(16) "" ["$standard_price"]=> string(22) "<Please contact>" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire250V  60Hz" ["$$rated_current"]=> string(3) "50A" ["$rated_current"]=> string(3) "50A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$$struct_mass"]=> string(9) "1.4kg max" ["$struct_mass"]=> string(9) "1.4kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-50.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tac-50.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [1]=> array(213) { ["id"]=> string(3) "142" ["nf_series_id"]=> string(2) "24" ["name"]=> string(14) "TAC-60-_ _ _-U" ["pic_path"]=> string(24) "/tool/tag/pic/tac-60.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tac-60_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tac-60-mtbf.zip" ["search_current"]=> string(2) "60" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "600" ["created"]=> string(26) "2017-02-01 13:15:56.457832" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_123"]=> string(1) "1" ["equal_100"]=> string(1) "1" ["equal_105"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(6) "TAH-60" [1]=> string(6) "FTA-60" [2]=> string(6) "TBC-60" } ["equal_str"]=> string(22) "TAH-60, FTA-60, TBC-60" ["$nf_series_id"]=> string(13) "TAC-U(Option)" ["$name"]=> string(14) "TAC-60-_ _ _-U" ["$pic_path"]=> string(24) "/tool/tag/pic/tac-60.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tac-60_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tac-60-mtbf.zip" ["$search_current"]=> string(2) "60" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "600" ["$created"]=> string(10) "2017/02/01" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_100"]=> string(1) "1" ["$equal_105"]=> string(1) "1" ["$equal_123"]=> string(1) "1" ["explanation"]=> string(185) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 60A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(530) "

TAC(1)  -  60(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(16) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["rated_current"]=> string(3) "60A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["struct_mass"]=> string(9) "1.4kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-60.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tac-60.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "142" ["$$explanation"]=> string(185) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 60A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(209) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 60A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(530) "

TAC(1)  -  60(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(728) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;60<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;U<sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(16) "" ["$standard_price"]=> string(22) "<Please contact>" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire250V  60Hz" ["$$rated_current"]=> string(3) "60A" ["$rated_current"]=> string(3) "60A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$$struct_mass"]=> string(9) "1.4kg max" ["$struct_mass"]=> string(9) "1.4kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-60.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tac-60.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [2]=> array(215) { ["id"]=> string(3) "144" ["nf_series_id"]=> string(2) "24" ["name"]=> string(14) "TAC-80-_ _ _-U" ["pic_path"]=> string(24) "/tool/tag/pic/tac-80.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tac-80_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tac-80-mtbf.zip" ["search_current"]=> string(2) "80" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "800" ["created"]=> string(26) "2017-02-01 13:15:56.457832" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_124"]=> string(1) "1" ["equal_106"]=> string(1) "1" ["equal_101"]=> string(1) "1" ["equal_111"]=> string(1) "1" ["equal_arr"]=> array(4) { [0]=> string(6) "TAH-80" [1]=> string(6) "TBC-80" [2]=> string(6) "FTA-80" [3]=> string(6) "FTB-80" } ["equal_str"]=> string(30) "TAH-80, TBC-80, FTA-80, FTB-80" ["$nf_series_id"]=> string(13) "TAC-U(Option)" ["$name"]=> string(14) "TAC-80-_ _ _-U" ["$pic_path"]=> string(24) "/tool/tag/pic/tac-80.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tac-80_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tac-80-mtbf.zip" ["$search_current"]=> string(2) "80" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "800" ["$created"]=> string(10) "2017/02/01" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_101"]=> string(1) "1" ["$equal_106"]=> string(1) "1" ["$equal_111"]=> string(1) "1" ["$equal_124"]=> string(1) "1" ["explanation"]=> string(185) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 80A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(530) "

TAC(1)  -  80(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(16) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["rated_current"]=> string(3) "80A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["struct_mass"]=> string(9) "3.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-80.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tac-80.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "144" ["$$explanation"]=> string(185) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 80A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(209) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 80A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(530) "

TAC(1)  -  80(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(728) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;80<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;U<sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(16) "" ["$standard_price"]=> string(22) "<Please contact>" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire250V  60Hz" ["$$rated_current"]=> string(3) "80A" ["$rated_current"]=> string(3) "80A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$$struct_mass"]=> string(9) "3.8kg max" ["$struct_mass"]=> string(9) "3.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tac-80.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tac-80.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [3]=> array(215) { ["id"]=> string(3) "146" ["nf_series_id"]=> string(2) "24" ["name"]=> string(15) "TAC-100-_ _ _-U" ["pic_path"]=> string(25) "/tool/tag/pic/tac-100.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/tac-100_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/tac-100-mtbf.zip" ["search_current"]=> string(3) "100" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "1000" ["created"]=> string(26) "2017-02-01 13:15:56.457832" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_125"]=> string(1) "1" ["equal_107"]=> string(1) "1" ["equal_102"]=> string(1) "1" ["equal_112"]=> string(1) "1" ["equal_arr"]=> array(4) { [0]=> string(7) "TAH-100" [1]=> string(7) "TBC-100" [2]=> string(7) "FTA-100" [3]=> string(7) "FTB-100" } ["equal_str"]=> string(34) "TAH-100, TBC-100, FTA-100, FTB-100" ["$nf_series_id"]=> string(13) "TAC-U(Option)" ["$name"]=> string(15) "TAC-100-_ _ _-U" ["$pic_path"]=> string(25) "/tool/tag/pic/tac-100.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/tac-100_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/tac-100-mtbf.zip" ["$search_current"]=> string(3) "100" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "1000" ["$created"]=> string(10) "2017/02/01" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_102"]=> string(1) "1" ["$equal_107"]=> string(1) "1" ["$equal_112"]=> string(1) "1" ["$equal_125"]=> string(1) "1" ["explanation"]=> string(186) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 100A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(531) "

TAC(1)  -  100(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(16) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["rated_current"]=> string(4) "100A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["struct_mass"]=> string(9) "3.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-100.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_tac-100.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "146" ["$$explanation"]=> string(186) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 100A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(210) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 100A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(531) "

TAC(1)  -  100(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(729) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;100<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;U<sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(16) "" ["$standard_price"]=> string(22) "<Please contact>" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire250V  60Hz" ["$$rated_current"]=> string(4) "100A" ["$rated_current"]=> string(4) "100A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$$struct_mass"]=> string(9) "3.8kg max" ["$struct_mass"]=> string(9) "3.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-100.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_tac-100.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [4]=> array(215) { ["id"]=> string(3) "148" ["nf_series_id"]=> string(2) "24" ["name"]=> string(15) "TAC-150-_ _ _-U" ["pic_path"]=> string(25) "/tool/tag/pic/tac-150.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/tac-150_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/tac-150-mtbf.zip" ["search_current"]=> string(3) "150" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "1500" ["created"]=> string(26) "2017-02-01 13:15:56.457832" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_126"]=> string(1) "1" ["equal_14"]=> string(1) "1" ["equal_13"]=> string(1) "1" ["equal_15"]=> string(1) "1" ["equal_arr"]=> array(4) { [0]=> string(7) "TAH-150" [1]=> string(7) "TBC-150" [2]=> string(7) "FTA-150" [3]=> string(7) "FTB-150" } ["equal_str"]=> string(34) "TAH-150, TBC-150, FTA-150, FTB-150" ["$nf_series_id"]=> string(13) "TAC-U(Option)" ["$name"]=> string(15) "TAC-150-_ _ _-U" ["$pic_path"]=> string(25) "/tool/tag/pic/tac-150.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/tac-150_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/tac-150-mtbf.zip" ["$search_current"]=> string(3) "150" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "1500" ["$created"]=> string(10) "2017/02/01" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_13"]=> string(1) "1" ["$equal_14"]=> string(1) "1" ["$equal_15"]=> string(1) "1" ["$equal_126"]=> string(1) "1" ["explanation"]=> string(186) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 150A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(531) "

TAC(1)  -  150(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(16) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["rated_current"]=> string(4) "150A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(38) "170x92x285 mm [6.69x3.62x11.22 inches]" ["struct_mass"]=> string(9) "4.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-150.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_tac-150.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "148" ["$$explanation"]=> string(186) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 150A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(210) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 150A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(531) "

TAC(1)  -  150(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(729) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;150<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;U<sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(16) "" ["$standard_price"]=> string(22) "<Please contact>" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire250V  60Hz" ["$$rated_current"]=> string(4) "150A" ["$rated_current"]=> string(4) "150A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(38) "170x92x285 mm [6.69x3.62x11.22 inches]" ["$struct_external_dimension"]=> string(38) "170x92x285 mm [6.69x3.62x11.22 inches]" ["$$struct_mass"]=> string(9) "4.8kg max" ["$struct_mass"]=> string(9) "4.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAC(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_TAC(50_150A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-150.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_tac-150.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(31) "/tool/tag/dxf/e_tac_tah150a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(34) "/tool/tag/cad/tac-tah-150(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(34) "/tool/tag/cad/tac-tah-150(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(31) "/tool/tag/dxf/e_tac_tah150a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(34) "/tool/tag/cad/tac-tah-150(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(34) "/tool/tag/cad/tac-tah-150(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [5]=> array(209) { ["id"]=> string(3) "150" ["nf_series_id"]=> string(2) "24" ["name"]=> string(15) "TAC-200-_ _ _-U" ["pic_path"]=> string(25) "/tool/tag/pic/tac-200.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/tac-200_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/tac-200-mtbf.zip" ["search_current"]=> string(3) "200" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "2000" ["created"]=> string(26) "2017-02-01 13:15:56.457832" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_108"]=> string(1) "1" ["equal_arr"]=> array(1) { [0]=> string(7) "TBC-200" } ["equal_str"]=> string(7) "TBC-200" ["$nf_series_id"]=> string(13) "TAC-U(Option)" ["$name"]=> string(15) "TAC-200-_ _ _-U" ["$pic_path"]=> string(25) "/tool/tag/pic/tac-200.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/tac-200_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/tac-200-mtbf.zip" ["$search_current"]=> string(3) "200" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "2000" ["$created"]=> string(10) "2017/02/01" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_108"]=> string(1) "1" ["explanation"]=> string(186) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 200A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(531) "

TAC(1)  -  200(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(16) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["rated_current"]=> string(4) "200A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["struct_mass"]=> string(9) "8.0kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(39) "/tool/tag/pdf/SFE_TAC(200_250_300A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(39) "/tool/tag/pdf/CME_TAC(200_250_300A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-200.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_tac-200.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "150" ["$$explanation"]=> string(186) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 200A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(210) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 200A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(531) "

TAC(1)  -  200(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(729) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;200<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;U<sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(16) "" ["$standard_price"]=> string(22) "<Please contact>" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire250V  60Hz" ["$$rated_current"]=> string(4) "200A" ["$rated_current"]=> string(4) "200A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["$struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["$$struct_mass"]=> string(9) "8.0kg max" ["$struct_mass"]=> string(9) "8.0kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(39) "/tool/tag/pdf/SFE_TAC(200_250_300A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(39) "/tool/tag/pdf/CME_TAC(200_250_300A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-200.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_tac-200.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(35) "/tool/tag/dxf/e_tac200_250_300a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(35) "/tool/tag/dxf/e_tac200_250_300a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [6]=> array(209) { ["id"]=> string(3) "151" ["nf_series_id"]=> string(2) "24" ["name"]=> string(15) "TAC-250-_ _ _-U" ["pic_path"]=> string(25) "/tool/tag/pic/tac-250.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/tac-250_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/tac-250-mtbf.zip" ["search_current"]=> string(3) "250" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "2500" ["created"]=> string(26) "2017-02-01 13:15:56.457832" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_109"]=> string(1) "1" ["equal_arr"]=> array(1) { [0]=> string(7) "TBC-250" } ["equal_str"]=> string(7) "TBC-250" ["$nf_series_id"]=> string(13) "TAC-U(Option)" ["$name"]=> string(15) "TAC-250-_ _ _-U" ["$pic_path"]=> string(25) "/tool/tag/pic/tac-250.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/tac-250_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/tac-250-mtbf.zip" ["$search_current"]=> string(3) "250" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "2500" ["$created"]=> string(10) "2017/02/01" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_109"]=> string(1) "1" ["explanation"]=> string(186) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 250A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(531) "

TAC(1)  -  250(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(16) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["rated_current"]=> string(4) "250A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["struct_mass"]=> string(9) "8.0kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(39) "/tool/tag/pdf/SFE_TAC(200_250_300A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(39) "/tool/tag/pdf/CME_TAC(200_250_300A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-250.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_tac-250.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "151" ["$$explanation"]=> string(186) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 250A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(210) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 250A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(531) "

TAC(1)  -  250(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(729) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;250<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;U<sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(16) "" ["$standard_price"]=> string(22) "<Please contact>" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire250V  60Hz" ["$$rated_current"]=> string(4) "250A" ["$rated_current"]=> string(4) "250A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["$struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["$$struct_mass"]=> string(9) "8.0kg max" ["$struct_mass"]=> string(9) "8.0kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(39) "/tool/tag/pdf/SFE_TAC(200_250_300A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(39) "/tool/tag/pdf/CME_TAC(200_250_300A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-250.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_tac-250.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(35) "/tool/tag/dxf/e_tac200_250_300a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(35) "/tool/tag/dxf/e_tac200_250_300a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [7]=> array(209) { ["id"]=> string(3) "152" ["nf_series_id"]=> string(2) "24" ["name"]=> string(15) "TAC-300-_ _ _-U" ["pic_path"]=> string(25) "/tool/tag/pic/tac-300.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/tac-300_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/tac-300-mtbf.zip" ["search_current"]=> string(3) "300" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "3000" ["created"]=> string(26) "2017-02-01 13:15:56.457832" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_110"]=> string(1) "1" ["equal_arr"]=> array(1) { [0]=> string(7) "TBC-300" } ["equal_str"]=> string(7) "TBC-300" ["$nf_series_id"]=> string(13) "TAC-U(Option)" ["$name"]=> string(15) "TAC-300-_ _ _-U" ["$pic_path"]=> string(25) "/tool/tag/pic/tac-300.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/tac-300_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tac-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tac-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/tac-300-mtbf.zip" ["$search_current"]=> string(3) "300" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "3000" ["$created"]=> string(10) "2017/02/01" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_110"]=> string(1) "1" ["explanation"]=> string(186) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 300A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["option"]=> string(531) "

TAC(1)  -  300(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(16) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["rated_current"]=> string(4) "300A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["struct_mass"]=> string(9) "8.0kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(39) "/tool/tag/pdf/SFE_TAC(200_250_300A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(39) "/tool/tag/pdf/CME_TAC(200_250_300A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-300.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_tac-300.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "152" ["$$explanation"]=> string(186) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 300A
General-purpose Low-profile
High-attenuation from 150kHz to 1MHz
1-stage filter" ["$explanation"]=> string(210) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 300A<br />General-purpose Low-profile<br />High-attenuation from 150kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(531) "

TAC(1)  -  300(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(729) "<p class=fsLL>TAC<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;300<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;U<sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$patent_short"]=> string(77) "General-purpose,
Low-profile,
High-attenuation,
1-stage filter" ["$patent_short"]=> string(95) "General-purpose,<br />Low-profile,<br />High-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(16) "" ["$standard_price"]=> string(22) "<Please contact>" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire250V  60Hz" ["$$rated_current"]=> string(4) "300A" ["$rated_current"]=> string(4) "300A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["$struct_external_dimension"]=> string(39) "190x110x360 mm [7.48x4.33x14.17 inches]" ["$$struct_mass"]=> string(9) "8.0kg max" ["$struct_mass"]=> string(9) "8.0kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(39) "/tool/tag/pdf/SFE_TAC(200_250_300A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(39) "/tool/tag/pdf/CME_TAC(200_250_300A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tac-300.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_tac-300.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(35) "/tool/tag/dxf/e_tac200_250_300a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(35) "/tool/tag/dxf/e_tac200_250_300a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(38) "/tool/tag/cad/tac-200-250-300(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } } } [4]=> array(76) { ["id"]=> string(2) "20" ["category_sub_id"]=> string(1) "3" ["name"]=> string(3) "TAH" ["pic_path"]=> string(21) "/tool/tag/pic/tah.jpg" ["is_separate_sell_comment"]=> string(1) "0" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(5) "58930" ["created"]=> string(26) "2015-07-28 18:09:29.240503" ["first_letter"]=> string(1) "T" ["product_system_9"]=> string(1) "1" ["product_system_arr"]=> array(1) { [0]=> string(14) "1-stage Filter" } ["product_system_str"]=> string(14) "1-stage Filter" ["product_org_3"]=> string(1) "1" ["product_org_arr"]=> array(1) { [0]=> string(11) "Low Profile" } ["product_org_str"]=> string(11) "Low Profile" ["environment_mark_1"]=> string(1) "1" ["environment_mark_2"]=> string(1) "1" ["environment_mark_arr"]=> array(2) { [0]=> string(4) "RoHS" [1]=> string(3) "eco" } ["environment_mark_str"]=> string(9) "RoHS, eco" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["volt_2"]=> string(1) "1" ["volt_arr"]=> array(1) { [0]=> string(17) "Three-phaseAC500V" } ["volt_str"]=> string(17) "Three-phaseAC500V" ["$category_sub_id"]=> string(9) "3ph input" ["$name"]=> string(3) "TAH" ["$pic_path"]=> string(21) "/tool/tag/pic/tah.jpg" ["$is_separate_sell_comment"]=> string(1) "0" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(5) "58930" ["$created"]=> string(10) "2015/07/28" ["$product_system_9"]=> string(1) "1" ["$product_org_3"]=> string(1) "1" ["$environment_mark_1"]=> string(1) "1" ["$environment_mark_2"]=> string(1) "1" ["$volt_2"]=> string(1) "1" ["explanation"]=> string(128) "Three-phase 500VAC 4-150A
General-purpose Low-profile
Ultra high-attenuation from 10kHz to 1MHz
1-stage filter" ["patent"]=> string(166) "4-30A
Push down type terminal block

4-150A
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["note"]=> string(0) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["catalog_pdf"]=> string(27) "/tool/tag/pdf/SFE_TAH-S.pdf" ["instructions_use_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["replace_recommend_manual"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "20" ["$$explanation"]=> string(128) "Three-phase 500VAC 4-150A
General-purpose Low-profile
Ultra high-attenuation from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(151) "Three-phase 500VAC 4-150A<br />General-purpose  Low-profile<br />Ultra high-attenuation from 10kHz to 1MHz<br />1-stage filter" ["$$patent"]=> string(166) "4-30A
Push down type terminal block

4-150A
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(196) "4-30A<br />Push down type terminal block<br /><br />4-150A<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$catalog_pdf"]=> string(27) "/tool/tag/pdf/SFE_TAH-S.pdf" ["$instructions_use_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["$replace_recommend_manual"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["environment_mark_RoHS"]=> string(1) "1" ["environment_mark_eco"]=> string(1) "1" ["series_name"]=> string(3) "TAH" ["models"]=> array(10) { [0]=> array(211) { ["id"]=> string(2) "93" ["nf_series_id"]=> string(2) "20" ["name"]=> string(6) "TAH-04" ["pic_path"]=> string(24) "/tool/tag/pic/tah-04.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tah-04_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tah-04-mtbf.zip" ["search_current"]=> string(1) "4" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(2) "40" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_82"]=> string(1) "1" ["equal_79"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAC-04" [1]=> string(6) "JAC-06" } ["equal_str"]=> string(14) "TAC-04, JAC-06" ["$nf_series_id"]=> string(3) "TAH" ["$name"]=> string(6) "TAH-04" ["$pic_path"]=> string(24) "/tool/tag/pic/tah-04.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tah-04_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tah-04-mtbf.zip" ["$search_current"]=> string(1) "4" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(2) "40" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_82"]=> string(1) "1" ["$equal_79"]=> string(1) "1" ["explanation"]=> string(151) "Three-phase 500VAC 4A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(464) "

TAH(1)  -  04(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["option_path"]=> string(0) "" ["patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["patent_short"]=> string(62) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["sale_year"]=> string(4) "2005" ["standard_price"]=> string(8) "9,900円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(2) "4A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["struct_mass"]=> string(9) "620g max " ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_TAH.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_TAH.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-04.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tah-04.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "93" ["$$explanation"]=> string(151) "Three-phase 500VAC 4A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(169) "Three-phase 500VAC 4A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(464) "

TAH(1)  -  04(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["$option"]=> string(660) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;04<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />(4) Options<br />&nbsp;&nbsp;D:DIN rail installation type<br />&nbsp;&nbsp;&nbsp;&nbsp;* The dimensions change when the option is set. Refer to External view." ["$option_path"]=> string(0) "" ["$$patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["$patent"]=> string(149) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Push down type terminal block" ["$$patent_short"]=> string(62) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(74) "Low-profile, <br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$$sale_year"]=> string(4) "2005" ["$sale_year"]=> string(4) "2005" ["$$standard_price"]=> string(8) "9,900円" ["$standard_price"]=> string(8) "9,900円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(2) "4A" ["$rated_current"]=> string(2) "4A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["$struct_external_dimension"]=> string(83) "63x64x128 mm [2.48x2.52x5.04 inches]<br />(Option: -D refer to external view)" ["$$struct_mass"]=> string(9) "620g max " ["$struct_mass"]=> string(9) "620g max " ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_TAH.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_TAH.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-04.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tah-04.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [1]=> array(211) { ["id"]=> string(2) "94" ["nf_series_id"]=> string(2) "20" ["name"]=> string(6) "TAH-06" ["pic_path"]=> string(24) "/tool/tag/pic/tah-06.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tah-06_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tah-06-mtbf.zip" ["search_current"]=> string(1) "6" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(2) "60" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_83"]=> string(1) "1" ["equal_79"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAC-06" [1]=> string(6) "JAC-06" } ["equal_str"]=> string(14) "TAC-06, JAC-06" ["$nf_series_id"]=> string(3) "TAH" ["$name"]=> string(6) "TAH-06" ["$pic_path"]=> string(24) "/tool/tag/pic/tah-06.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tah-06_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tah-06-mtbf.zip" ["$search_current"]=> string(1) "6" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(2) "60" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_79"]=> string(1) "1" ["$equal_83"]=> string(1) "1" ["explanation"]=> string(151) "Three-phase 500VAC 6A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(464) "

TAH(1)  -  06(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["option_path"]=> string(0) "" ["patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["patent_short"]=> string(62) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["sale_year"]=> string(4) "2005" ["standard_price"]=> string(8) "9,900円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(2) "6A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["struct_mass"]=> string(9) "620g max " ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_TAH.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_TAH.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-06.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tah-06.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "94" ["$$explanation"]=> string(151) "Three-phase 500VAC 6A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(169) "Three-phase 500VAC 6A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(464) "

TAH(1)  -  06(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["$option"]=> string(660) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;06<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />(4) Options<br />&nbsp;&nbsp;D:DIN rail installation type<br />&nbsp;&nbsp;&nbsp;&nbsp;* The dimensions change when the option is set. Refer to External view." ["$option_path"]=> string(0) "" ["$$patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["$patent"]=> string(149) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Push down type terminal block" ["$$patent_short"]=> string(62) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(74) "Low-profile, <br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$$sale_year"]=> string(4) "2005" ["$sale_year"]=> string(4) "2005" ["$$standard_price"]=> string(8) "9,900円" ["$standard_price"]=> string(8) "9,900円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(2) "6A" ["$rated_current"]=> string(2) "6A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["$struct_external_dimension"]=> string(83) "63x64x128 mm [2.48x2.52x5.04 inches]<br />(Option: -D refer to external view)" ["$$struct_mass"]=> string(9) "620g max " ["$struct_mass"]=> string(9) "620g max " ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_TAH.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_TAH.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-06.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tah-06.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [2]=> array(211) { ["id"]=> string(2) "95" ["nf_series_id"]=> string(2) "20" ["name"]=> string(6) "TAH-10" ["pic_path"]=> string(24) "/tool/tag/pic/tah-10.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tah-10_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tah-10-mtbf.zip" ["search_current"]=> string(2) "10" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "100" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_11"]=> string(1) "1" ["equal_10"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAC-10" [1]=> string(6) "JAC-10" } ["equal_str"]=> string(14) "TAC-10, JAC-10" ["$nf_series_id"]=> string(3) "TAH" ["$name"]=> string(6) "TAH-10" ["$pic_path"]=> string(24) "/tool/tag/pic/tah-10.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tah-10_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tah-10-mtbf.zip" ["$search_current"]=> string(2) "10" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "100" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_10"]=> string(1) "1" ["$equal_11"]=> string(1) "1" ["explanation"]=> string(152) "Three-phase 500VAC 10A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(464) "

TAH(1)  -  10(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["option_path"]=> string(0) "" ["patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["patent_short"]=> string(62) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["sale_year"]=> string(4) "2005" ["standard_price"]=> string(9) "10,000円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "10A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["struct_mass"]=> string(9) "620g max " ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_TAH.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_TAH.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-10.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tah-10.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "95" ["$$explanation"]=> string(152) "Three-phase 500VAC 10A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(170) "Three-phase 500VAC 10A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(464) "

TAH(1)  -  10(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["$option"]=> string(660) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;10<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />(4) Options<br />&nbsp;&nbsp;D:DIN rail installation type<br />&nbsp;&nbsp;&nbsp;&nbsp;* The dimensions change when the option is set. Refer to External view." ["$option_path"]=> string(0) "" ["$$patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["$patent"]=> string(149) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Push down type terminal block" ["$$patent_short"]=> string(62) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(74) "Low-profile, <br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$$sale_year"]=> string(4) "2005" ["$sale_year"]=> string(4) "2005" ["$$standard_price"]=> string(9) "10,000円" ["$standard_price"]=> string(9) "10,000円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "10A" ["$rated_current"]=> string(3) "10A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["$struct_external_dimension"]=> string(83) "63x64x128 mm [2.48x2.52x5.04 inches]<br />(Option: -D refer to external view)" ["$$struct_mass"]=> string(9) "620g max " ["$struct_mass"]=> string(9) "620g max " ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_TAH.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_TAH.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-10.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tah-10.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [3]=> array(211) { ["id"]=> string(2) "96" ["nf_series_id"]=> string(2) "20" ["name"]=> string(6) "TAH-20" ["pic_path"]=> string(24) "/tool/tag/pic/tah-20.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tah-20_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tah-20-mtbf.zip" ["search_current"]=> string(2) "20" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "200" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_84"]=> string(1) "1" ["equal_80"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAC-20" [1]=> string(6) "JAC-20" } ["equal_str"]=> string(14) "TAC-20, JAC-20" ["$nf_series_id"]=> string(3) "TAH" ["$name"]=> string(6) "TAH-20" ["$pic_path"]=> string(24) "/tool/tag/pic/tah-20.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tah-20_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tah-20-mtbf.zip" ["$search_current"]=> string(2) "20" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "200" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_80"]=> string(1) "1" ["$equal_84"]=> string(1) "1" ["explanation"]=> string(152) "Three-phase 500VAC 20A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(464) "

TAH(1)  -  20(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["option_path"]=> string(0) "" ["patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["patent_short"]=> string(62) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["sale_year"]=> string(4) "2005" ["standard_price"]=> string(9) "11,100円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "20A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["struct_mass"]=> string(9) "620g max " ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_TAH.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_TAH.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-20.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tah-20.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "96" ["$$explanation"]=> string(152) "Three-phase 500VAC 20A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(170) "Three-phase 500VAC 20A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(464) "

TAH(1)  -  20(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["$option"]=> string(660) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;20<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />(4) Options<br />&nbsp;&nbsp;D:DIN rail installation type<br />&nbsp;&nbsp;&nbsp;&nbsp;* The dimensions change when the option is set. Refer to External view." ["$option_path"]=> string(0) "" ["$$patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["$patent"]=> string(149) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Push down type terminal block" ["$$patent_short"]=> string(62) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(74) "Low-profile, <br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$$sale_year"]=> string(4) "2005" ["$sale_year"]=> string(4) "2005" ["$$standard_price"]=> string(9) "11,100円" ["$standard_price"]=> string(9) "11,100円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$$rated_current"]=> string(3) "20A" ["$rated_current"]=> string(3) "20A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["$struct_external_dimension"]=> string(83) "63x64x128 mm [2.48x2.52x5.04 inches]<br />(Option: -D refer to external view)" ["$$struct_mass"]=> string(9) "620g max " ["$struct_mass"]=> string(9) "620g max " ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_TAH.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_TAH.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-20.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tah-20.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [4]=> array(211) { ["id"]=> string(2) "97" ["nf_series_id"]=> string(2) "20" ["name"]=> string(6) "TAH-30" ["pic_path"]=> string(24) "/tool/tag/pic/tah-30.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tah-30_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tah-30-mtbf.zip" ["search_current"]=> string(2) "30" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "300" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_85"]=> string(1) "1" ["equal_81"]=> string(1) "1" ["equal_arr"]=> array(2) { [0]=> string(6) "TAC-30" [1]=> string(6) "JAC-30" } ["equal_str"]=> string(14) "TAC-30, JAC-30" ["$nf_series_id"]=> string(3) "TAH" ["$name"]=> string(6) "TAH-30" ["$pic_path"]=> string(24) "/tool/tag/pic/tah-30.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tah-30_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tah-30-mtbf.zip" ["$search_current"]=> string(2) "30" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "300" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_81"]=> string(1) "1" ["$equal_85"]=> string(1) "1" ["explanation"]=> string(152) "Three-phase 500VAC 30A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(464) "

TAH(1)  -  30(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["option_path"]=> string(0) "" ["patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["patent_short"]=> string(62) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["sale_year"]=> string(4) "2005" ["standard_price"]=> string(9) "12,400円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "30A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["struct_mass"]=> string(9) "620g max " ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_TAH.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_TAH.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-30.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tah-30.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "97" ["$$explanation"]=> string(152) "Three-phase 500VAC 30A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(170) "Three-phase 500VAC 30A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(464) "

TAH(1)  -  30(2)  -  683(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
(4) Options
  D:DIN rail installation type
    * The dimensions change when the option is set. Refer to External view." ["$option"]=> string(660) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;30<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;683<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />(4) Options<br />&nbsp;&nbsp;D:DIN rail installation type<br />&nbsp;&nbsp;&nbsp;&nbsp;* The dimensions change when the option is set. Refer to External view." ["$option_path"]=> string(0) "" ["$$patent"]=> string(137) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["$patent"]=> string(149) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Push down type terminal block" ["$$patent_short"]=> string(62) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(74) "Low-profile, <br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(91) "The terminal cover is retracted inside the unit.
DIN rail installation type is option." ["$note"]=> string(97) "The terminal cover is retracted inside the unit.<br />DIN rail installation type is option." ["$$sale_year"]=> string(4) "2005" ["$sale_year"]=> string(4) "2005" ["$$standard_price"]=> string(9) "12,400円" ["$standard_price"]=> string(9) "12,400円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "30A" ["$rated_current"]=> string(3) "30A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(77) "63x64x128 mm [2.48x2.52x5.04 inches]
(Option: -D refer to external view)" ["$struct_external_dimension"]=> string(83) "63x64x128 mm [2.48x2.52x5.04 inches]<br />(Option: -D refer to external view)" ["$$struct_mass"]=> string(9) "620g max " ["$struct_mass"]=> string(9) "620g max " ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_TAH.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(25) "/tool/tag/pdf/CME_TAH.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-30.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tah-30.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_tah_tac.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac_tah-04-30(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [5]=> array(213) { ["id"]=> string(3) "122" ["nf_series_id"]=> string(2) "20" ["name"]=> string(6) "TAH-50" ["pic_path"]=> string(24) "/tool/tag/pic/tah-50.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tah-50_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tah-50-mtbf.zip" ["search_current"]=> string(2) "50" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "500" ["created"]=> string(26) "2016-08-19 13:38:44.201783" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_86"]=> string(1) "1" ["equal_99"]=> string(1) "1" ["equal_104"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(6) "TAC-50" [1]=> string(6) "FTA-50" [2]=> string(6) "TBC-50" } ["equal_str"]=> string(22) "TAC-50, FTA-50, TBC-50" ["$nf_series_id"]=> string(3) "TAH" ["$name"]=> string(6) "TAH-50" ["$pic_path"]=> string(24) "/tool/tag/pic/tah-50.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tah-50_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tah-50-mtbf.zip" ["$search_current"]=> string(2) "50" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "500" ["$created"]=> string(10) "2016/08/19" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_86"]=> string(1) "1" ["$equal_99"]=> string(1) "1" ["$equal_104"]=> string(1) "1" ["explanation"]=> string(152) "Three-phase 500VAC 50A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(539) "

TAH(1)  -  50(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  U:Improvedifferential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(9) "28,800円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "50A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["struct_mass"]=> string(9) "1.4kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-50.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tah-50.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "122" ["$$explanation"]=> string(152) "Three-phase 500VAC 50A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(170) "Three-phase 500VAC 50A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(539) "

TAH(1)  -  50(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  U:Improvedifferential mode attenuation (Rated voltage 250V)" ["$option"]=> string(749) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;50<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;U:Improvedifferential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(108) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(73) "Low-profile,<br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(9) "28,800円" ["$standard_price"]=> string(9) "28,800円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$$rated_current"]=> string(3) "50A" ["$rated_current"]=> string(3) "50A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["$safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["$$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$$struct_mass"]=> string(9) "1.4kg max" ["$struct_mass"]=> string(9) "1.4kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-50.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tah-50.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [6]=> array(213) { ["id"]=> string(3) "123" ["nf_series_id"]=> string(2) "20" ["name"]=> string(6) "TAH-60" ["pic_path"]=> string(24) "/tool/tag/pic/tah-60.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tah-60_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tah-60-mtbf.zip" ["search_current"]=> string(2) "60" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "600" ["created"]=> string(26) "2016-08-19 13:38:44.201783" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_87"]=> string(1) "1" ["equal_100"]=> string(1) "1" ["equal_105"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(6) "TAC-60" [1]=> string(6) "FTA-60" [2]=> string(6) "TBC-60" } ["equal_str"]=> string(22) "TAC-60, FTA-60, TBC-60" ["$nf_series_id"]=> string(3) "TAH" ["$name"]=> string(6) "TAH-60" ["$pic_path"]=> string(24) "/tool/tag/pic/tah-60.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tah-60_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tah-60-mtbf.zip" ["$search_current"]=> string(2) "60" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "600" ["$created"]=> string(10) "2016/08/19" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_87"]=> string(1) "1" ["$equal_100"]=> string(1) "1" ["$equal_105"]=> string(1) "1" ["explanation"]=> string(152) "Three-phase 500VAC 60A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(539) "

TAH(1)  -  60(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  U:Improvedifferential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(9) "36,500円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "60A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["struct_mass"]=> string(9) "1.4kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-60.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tah-60.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "123" ["$$explanation"]=> string(152) "Three-phase 500VAC 60A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(170) "Three-phase 500VAC 60A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(539) "

TAH(1)  -  60(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  U:Improvedifferential mode attenuation (Rated voltage 250V)" ["$option"]=> string(749) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;60<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;U:Improvedifferential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(108) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(73) "Low-profile,<br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(9) "36,500円" ["$standard_price"]=> string(9) "36,500円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$$rated_current"]=> string(3) "60A" ["$rated_current"]=> string(3) "60A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["$safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["$$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$$struct_mass"]=> string(9) "1.4kg max" ["$struct_mass"]=> string(9) "1.4kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-60.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tah-60.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [7]=> array(215) { ["id"]=> string(3) "124" ["nf_series_id"]=> string(2) "20" ["name"]=> string(6) "TAH-80" ["pic_path"]=> string(24) "/tool/tag/pic/tah-80.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tah-80_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tah-80-mtbf.zip" ["search_current"]=> string(2) "80" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "800" ["created"]=> string(26) "2016-08-19 13:38:44.201783" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_88"]=> string(1) "1" ["equal_106"]=> string(1) "1" ["equal_101"]=> string(1) "1" ["equal_111"]=> string(1) "1" ["equal_arr"]=> array(4) { [0]=> string(6) "TAC-80" [1]=> string(6) "TBC-80" [2]=> string(6) "FTA-80" [3]=> string(6) "FTB-80" } ["equal_str"]=> string(30) "TAC-80, TBC-80, FTA-80, FTB-80" ["$nf_series_id"]=> string(3) "TAH" ["$name"]=> string(6) "TAH-80" ["$pic_path"]=> string(24) "/tool/tag/pic/tah-80.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tah-80_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tah-80-mtbf.zip" ["$search_current"]=> string(2) "80" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "800" ["$created"]=> string(10) "2016/08/19" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_88"]=> string(1) "1" ["$equal_101"]=> string(1) "1" ["$equal_106"]=> string(1) "1" ["$equal_111"]=> string(1) "1" ["explanation"]=> string(152) "Three-phase 500VAC 80A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(539) "

TAH(1)  -  80(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  U:Improvedifferential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(9) "66,300円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "80A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["struct_mass"]=> string(9) "3.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-80.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tah-80.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "124" ["$$explanation"]=> string(152) "Three-phase 500VAC 80A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(170) "Three-phase 500VAC 80A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(539) "

TAH(1)  -  80(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  U:Improvedifferential mode attenuation (Rated voltage 250V)" ["$option"]=> string(749) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;80<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;U:Improvedifferential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(108) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(73) "Low-profile,<br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(9) "66,300円" ["$standard_price"]=> string(9) "66,300円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$$rated_current"]=> string(3) "80A" ["$rated_current"]=> string(3) "80A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["$safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["$$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$$struct_mass"]=> string(9) "3.8kg max" ["$struct_mass"]=> string(9) "3.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-80.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tah-80.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [8]=> array(215) { ["id"]=> string(3) "125" ["nf_series_id"]=> string(2) "20" ["name"]=> string(7) "TAH-100" ["pic_path"]=> string(25) "/tool/tag/pic/tah-100.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/tah-100_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/tah-100-mtbf.zip" ["search_current"]=> string(3) "100" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "1000" ["created"]=> string(26) "2016-08-19 13:38:44.201783" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_89"]=> string(1) "1" ["equal_107"]=> string(1) "1" ["equal_102"]=> string(1) "1" ["equal_112"]=> string(1) "1" ["equal_arr"]=> array(4) { [0]=> string(7) "TAC-100" [1]=> string(7) "TBC-100" [2]=> string(7) "FTA-100" [3]=> string(7) "FTB-100" } ["equal_str"]=> string(34) "TAC-100, TBC-100, FTA-100, FTB-100" ["$nf_series_id"]=> string(3) "TAH" ["$name"]=> string(7) "TAH-100" ["$pic_path"]=> string(25) "/tool/tag/pic/tah-100.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/tah-100_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/tah-100-mtbf.zip" ["$search_current"]=> string(3) "100" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "1000" ["$created"]=> string(10) "2016/08/19" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_89"]=> string(1) "1" ["$equal_102"]=> string(1) "1" ["$equal_107"]=> string(1) "1" ["$equal_112"]=> string(1) "1" ["explanation"]=> string(153) "Three-phase 500VAC 100A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(540) "

TAH(1)  -  100(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  U:Improvedifferential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(9) "66,500円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(4) "100A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["struct_mass"]=> string(9) "3.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tah-100.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_tah-100.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "125" ["$$explanation"]=> string(153) "Three-phase 500VAC 100A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(171) "Three-phase 500VAC 100A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(540) "

TAH(1)  -  100(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  U:Improvedifferential mode attenuation (Rated voltage 250V)" ["$option"]=> string(750) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;100<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;U:Improvedifferential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(108) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(73) "Low-profile,<br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(9) "66,500円" ["$standard_price"]=> string(9) "66,500円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$$rated_current"]=> string(4) "100A" ["$rated_current"]=> string(4) "100A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["$safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["$$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$$struct_mass"]=> string(9) "3.8kg max" ["$struct_mass"]=> string(9) "3.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tah-100.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_tah-100.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [9]=> array(215) { ["id"]=> string(3) "126" ["nf_series_id"]=> string(2) "20" ["name"]=> string(7) "TAH-150" ["pic_path"]=> string(25) "/tool/tag/pic/tah-150.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/tah-150_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/tah-150-mtbf.zip" ["search_current"]=> string(3) "150" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "1500" ["created"]=> string(26) "2016-08-19 13:38:44.201783" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_12"]=> string(1) "1" ["equal_14"]=> string(1) "1" ["equal_13"]=> string(1) "1" ["equal_15"]=> string(1) "1" ["equal_arr"]=> array(4) { [0]=> string(7) "TAC-150" [1]=> string(7) "TBC-150" [2]=> string(7) "FTA-150" [3]=> string(7) "FTB-150" } ["equal_str"]=> string(34) "TAC-150, TBC-150, FTA-150, FTB-150" ["$nf_series_id"]=> string(3) "TAH" ["$name"]=> string(7) "TAH-150" ["$pic_path"]=> string(25) "/tool/tag/pic/tah-150.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/tah-150_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/tah-150-mtbf.zip" ["$search_current"]=> string(3) "150" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "1500" ["$created"]=> string(10) "2016/08/19" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_12"]=> string(1) "1" ["$equal_13"]=> string(1) "1" ["$equal_14"]=> string(1) "1" ["$equal_15"]=> string(1) "1" ["explanation"]=> string(153) "Three-phase 500VAC 150A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(540) "

TAH(1)  -  150(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  U:Improvedifferential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(10) "102,000円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(4) "150A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["struct_external_dimension"]=> string(38) "170x92x285 mm [6.69x3.62x11.22 inches]" ["struct_mass"]=> string(9) "4.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tah-150.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_tah-150.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "126" ["$$explanation"]=> string(153) "Three-phase 500VAC 150A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(171) "Three-phase 500VAC 150A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(540) "

TAH(1)  -  150(2)  -  223(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  U:Improvedifferential mode attenuation (Rated voltage 250V)" ["$option"]=> string(750) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;150<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;U:Improvedifferential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(102) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value" ["$patent"]=> string(108) "Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value" ["$$patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(73) "Low-profile,<br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$leak_current_condition"]=> string(23) "* Input 250/500VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(10) "102,000円" ["$standard_price"]=> string(10) "102,000円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire 500V 50/60Hz" ["$$rated_current"]=> string(4) "150A" ["$rated_current"]=> string(4) "150A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["$safety"]=> string(66) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil 3-1, ENEC" ["$$struct_external_dimension"]=> string(38) "170x92x285 mm [6.69x3.62x11.22 inches]" ["$struct_external_dimension"]=> string(38) "170x92x285 mm [6.69x3.62x11.22 inches]" ["$$struct_mass"]=> string(9) "4.8kg max" ["$struct_mass"]=> string(9) "4.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tah-150.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_tah-150.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(31) "/tool/tag/dxf/e_tac_tah150a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(34) "/tool/tag/cad/tac-tah-150(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(34) "/tool/tag/cad/tac-tah-150(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(31) "/tool/tag/dxf/e_tac_tah150a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(34) "/tool/tag/cad/tac-tah-150(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(34) "/tool/tag/cad/tac-tah-150(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } } } [5]=> array(76) { ["id"]=> string(2) "25" ["category_sub_id"]=> string(1) "3" ["name"]=> string(13) "TAH-U(Option)" ["pic_path"]=> string(23) "/tool/tag/pic/tah-u.jpg" ["is_separate_sell_comment"]=> string(1) "0" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(5) "58935" ["created"]=> string(26) "2017-01-06 15:42:11.789547" ["first_letter"]=> string(1) "T" ["product_system_9"]=> string(1) "1" ["product_system_arr"]=> array(1) { [0]=> string(14) "1-stage Filter" } ["product_system_str"]=> string(14) "1-stage Filter" ["product_org_3"]=> string(1) "1" ["product_org_arr"]=> array(1) { [0]=> string(11) "Low Profile" } ["product_org_str"]=> string(11) "Low Profile" ["environment_mark_1"]=> string(1) "1" ["environment_mark_2"]=> string(1) "1" ["environment_mark_arr"]=> array(2) { [0]=> string(4) "RoHS" [1]=> string(3) "eco" } ["environment_mark_str"]=> string(9) "RoHS, eco" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["volt_5"]=> string(1) "1" ["volt_arr"]=> array(1) { [0]=> string(17) "Three-phaseAC250V" } ["volt_str"]=> string(17) "Three-phaseAC250V" ["$category_sub_id"]=> string(9) "3ph input" ["$name"]=> string(13) "TAH-U(Option)" ["$pic_path"]=> string(23) "/tool/tag/pic/tah-u.jpg" ["$is_separate_sell_comment"]=> string(1) "0" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(5) "58935" ["$created"]=> string(10) "2017/01/06" ["$product_system_9"]=> string(1) "1" ["$product_org_3"]=> string(1) "1" ["$environment_mark_1"]=> string(1) "1" ["$environment_mark_2"]=> string(1) "1" ["$volt_5"]=> string(1) "1" ["explanation"]=> string(193) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 50-150A
General-purpose Low-profile
Ultra high-attenuation from 10kHz to 1MHz
1-stage filter" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["note"]=> string(0) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["catalog_pdf"]=> string(27) "/tool/tag/pdf/SFE_TAH-S.pdf" ["instructions_use_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["replace_recommend_manual"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "25" ["$$explanation"]=> string(193) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 50-150A
General-purpose Low-profile
Ultra high-attenuation from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(222) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 50-150A<br />General-purpose  Low-profile<br />Ultra high-attenuation from 10kHz to 1MHz<br />1-stage filter" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$catalog_pdf"]=> string(27) "/tool/tag/pdf/SFE_TAH-S.pdf" ["$instructions_use_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["$replace_recommend_manual"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["environment_mark_RoHS"]=> string(1) "1" ["environment_mark_eco"]=> string(1) "1" ["series_name"]=> string(13) "TAH-U(Option)" ["models"]=> array(5) { [0]=> array(213) { ["id"]=> string(3) "141" ["nf_series_id"]=> string(2) "25" ["name"]=> string(14) "TAH-50-_ _ _-U" ["pic_path"]=> string(24) "/tool/tag/pic/tah-50.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tah-50_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tah-50-mtbf.zip" ["search_current"]=> string(2) "50" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "500" ["created"]=> string(26) "2017-02-01 13:15:56.457832" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_86"]=> string(1) "1" ["equal_99"]=> string(1) "1" ["equal_104"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(6) "TAC-50" [1]=> string(6) "FTA-50" [2]=> string(6) "TBC-50" } ["equal_str"]=> string(22) "TAC-50, FTA-50, TBC-50" ["$nf_series_id"]=> string(13) "TAH-U(Option)" ["$name"]=> string(14) "TAH-50-_ _ _-U" ["$pic_path"]=> string(24) "/tool/tag/pic/tah-50.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tah-50_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tah-50-mtbf.zip" ["$search_current"]=> string(2) "50" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "500" ["$created"]=> string(10) "2017/02/01" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_86"]=> string(1) "1" ["$equal_99"]=> string(1) "1" ["$equal_104"]=> string(1) "1" ["explanation"]=> string(216) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 50A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(530) "

TAH(1)  -  50(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(16) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["rated_current"]=> string(3) "50A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["struct_mass"]=> string(9) "1.4kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-50.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tah-50.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "141" ["$$explanation"]=> string(216) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 50A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(240) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 50A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(530) "

TAH(1)  -  50(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(728) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;50<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;U<sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(73) "Low-profile,<br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(16) "" ["$standard_price"]=> string(22) "<Please contact>" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire250V  60Hz" ["$$rated_current"]=> string(3) "50A" ["$rated_current"]=> string(3) "50A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$$struct_mass"]=> string(9) "1.4kg max" ["$struct_mass"]=> string(9) "1.4kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-50.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tah-50.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [1]=> array(213) { ["id"]=> string(3) "143" ["nf_series_id"]=> string(2) "25" ["name"]=> string(14) "TAH-60-_ _ _-U" ["pic_path"]=> string(24) "/tool/tag/pic/tah-60.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tah-60_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tah-60-mtbf.zip" ["search_current"]=> string(2) "60" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "600" ["created"]=> string(26) "2017-02-01 13:15:56.457832" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_87"]=> string(1) "1" ["equal_100"]=> string(1) "1" ["equal_105"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(6) "TAC-60" [1]=> string(6) "FTA-60" [2]=> string(6) "TBC-60" } ["equal_str"]=> string(22) "TAC-60, FTA-60, TBC-60" ["$nf_series_id"]=> string(13) "TAH-U(Option)" ["$name"]=> string(14) "TAH-60-_ _ _-U" ["$pic_path"]=> string(24) "/tool/tag/pic/tah-60.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tah-60_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tah-60-mtbf.zip" ["$search_current"]=> string(2) "60" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "600" ["$created"]=> string(10) "2017/02/01" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_87"]=> string(1) "1" ["$equal_100"]=> string(1) "1" ["$equal_105"]=> string(1) "1" ["explanation"]=> string(216) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 60A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(530) "

TAH(1)  -  60(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(16) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["rated_current"]=> string(3) "60A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["struct_mass"]=> string(9) "1.4kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-60.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tah-60.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "143" ["$$explanation"]=> string(216) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 60A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(240) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 60A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(530) "

TAH(1)  -  60(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(728) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;60<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;U<sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(73) "Low-profile,<br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(16) "" ["$standard_price"]=> string(22) "<Please contact>" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire250V  60Hz" ["$$rated_current"]=> string(3) "60A" ["$rated_current"]=> string(3) "60A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$struct_external_dimension"]=> string(36) "90x54x179 mm [3.54x2.13x7.05 inches]" ["$$struct_mass"]=> string(9) "1.4kg max" ["$struct_mass"]=> string(9) "1.4kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-60.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tah-60.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(33) "/tool/tag/dxf/e_tac_tah50_60a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(36) "/tool/tag/cad/tac-tah-50-60(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [2]=> array(215) { ["id"]=> string(3) "145" ["nf_series_id"]=> string(2) "25" ["name"]=> string(14) "TAH-80-_ _ _-U" ["pic_path"]=> string(24) "/tool/tag/pic/tah-80.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/tah-80_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/tah-80-mtbf.zip" ["search_current"]=> string(2) "80" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "800" ["created"]=> string(26) "2017-02-01 13:15:56.457832" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_88"]=> string(1) "1" ["equal_106"]=> string(1) "1" ["equal_101"]=> string(1) "1" ["equal_111"]=> string(1) "1" ["equal_arr"]=> array(4) { [0]=> string(6) "TAC-80" [1]=> string(6) "TBC-80" [2]=> string(6) "FTA-80" [3]=> string(6) "FTB-80" } ["equal_str"]=> string(30) "TAC-80, TBC-80, FTA-80, FTB-80" ["$nf_series_id"]=> string(13) "TAH-U(Option)" ["$name"]=> string(14) "TAH-80-_ _ _-U" ["$pic_path"]=> string(24) "/tool/tag/pic/tah-80.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/tah-80_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/tah-80-mtbf.zip" ["$search_current"]=> string(2) "80" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "800" ["$created"]=> string(10) "2017/02/01" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_88"]=> string(1) "1" ["$equal_101"]=> string(1) "1" ["$equal_106"]=> string(1) "1" ["$equal_111"]=> string(1) "1" ["explanation"]=> string(216) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 80A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(530) "

TAH(1)  -  80(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(16) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["rated_current"]=> string(3) "80A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["struct_mass"]=> string(9) "3.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-80.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_tah-80.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "145" ["$$explanation"]=> string(216) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 80A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(240) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 80A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(530) "

TAH(1)  -  80(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(728) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;80<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;U<sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(73) "Low-profile,<br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(16) "" ["$standard_price"]=> string(22) "<Please contact>" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire250V  60Hz" ["$$rated_current"]=> string(3) "80A" ["$rated_current"]=> string(3) "80A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$$struct_mass"]=> string(9) "3.8kg max" ["$struct_mass"]=> string(9) "3.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_tah-80.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_tah-80.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [3]=> array(215) { ["id"]=> string(3) "147" ["nf_series_id"]=> string(2) "25" ["name"]=> string(15) "TAH-100-_ _ _-U" ["pic_path"]=> string(25) "/tool/tag/pic/tah-100.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/tah-100_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/tah-100-mtbf.zip" ["search_current"]=> string(3) "100" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "1000" ["created"]=> string(26) "2017-02-01 13:15:56.457832" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_89"]=> string(1) "1" ["equal_107"]=> string(1) "1" ["equal_102"]=> string(1) "1" ["equal_112"]=> string(1) "1" ["equal_arr"]=> array(4) { [0]=> string(7) "TAC-100" [1]=> string(7) "TBC-100" [2]=> string(7) "FTA-100" [3]=> string(7) "FTB-100" } ["equal_str"]=> string(34) "TAC-100, TBC-100, FTA-100, FTB-100" ["$nf_series_id"]=> string(13) "TAH-U(Option)" ["$name"]=> string(15) "TAH-100-_ _ _-U" ["$pic_path"]=> string(25) "/tool/tag/pic/tah-100.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/tah-100_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/tah-100-mtbf.zip" ["$search_current"]=> string(3) "100" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "1000" ["$created"]=> string(10) "2017/02/01" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_89"]=> string(1) "1" ["$equal_102"]=> string(1) "1" ["$equal_107"]=> string(1) "1" ["$equal_112"]=> string(1) "1" ["explanation"]=> string(217) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 100A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(531) "

TAH(1)  -  100(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(16) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["rated_current"]=> string(4) "100A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["struct_mass"]=> string(9) "3.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tah-100.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_tah-100.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "147" ["$$explanation"]=> string(217) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 100A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(241) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 100A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(531) "

TAH(1)  -  100(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(729) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;100<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;U<sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(73) "Low-profile,<br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(16) "" ["$standard_price"]=> string(22) "<Please contact>" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire250V  60Hz" ["$$rated_current"]=> string(4) "100A" ["$rated_current"]=> string(4) "100A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$struct_external_dimension"]=> string(38) "140x85x267 mm [5.51x3.35x10.51 inches]" ["$$struct_mass"]=> string(9) "3.8kg max" ["$struct_mass"]=> string(9) "3.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tah-100.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_tah-100.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(34) "/tool/tag/dxf/e_tac_tah80_100a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(37) "/tool/tag/cad/tac-tah-80-100(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [4]=> array(215) { ["id"]=> string(3) "149" ["nf_series_id"]=> string(2) "25" ["name"]=> string(15) "TAH-150-_ _ _-U" ["pic_path"]=> string(25) "/tool/tag/pic/tah-150.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/tah-150_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/tah-150-mtbf.zip" ["search_current"]=> string(3) "150" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "1500" ["created"]=> string(26) "2017-02-01 13:15:56.457832" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_12"]=> string(1) "1" ["equal_14"]=> string(1) "1" ["equal_13"]=> string(1) "1" ["equal_15"]=> string(1) "1" ["equal_arr"]=> array(4) { [0]=> string(7) "TAC-150" [1]=> string(7) "TBC-150" [2]=> string(7) "FTA-150" [3]=> string(7) "FTB-150" } ["equal_str"]=> string(34) "TAC-150, TBC-150, FTA-150, FTB-150" ["$nf_series_id"]=> string(13) "TAH-U(Option)" ["$name"]=> string(15) "TAH-150-_ _ _-U" ["$pic_path"]=> string(25) "/tool/tag/pic/tah-150.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/tah-150_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/tah-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/tah-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/tah-150-mtbf.zip" ["$search_current"]=> string(3) "150" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "1500" ["$created"]=> string(10) "2017/02/01" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_12"]=> string(1) "1" ["$equal_13"]=> string(1) "1" ["$equal_14"]=> string(1) "1" ["$equal_15"]=> string(1) "1" ["explanation"]=> string(217) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 150A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["option"]=> string(531) "

TAH(1)  -  150(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["option_path"]=> string(0) "" ["patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(16) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["rated_current"]=> string(4) "150A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(38) "170x92x285 mm [6.69x3.62x11.22 inches]" ["struct_mass"]=> string(9) "4.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tah-150.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_tah-150.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "149" ["$$explanation"]=> string(217) "lmprove differential mode attenuation (Rated voltage 250V)
Three-phase 250VAC 150A
General-purpose Low-profile
Ultra high-attenuation type of common mode noise from 10kHz to 1MHz
1-stage filter" ["$explanation"]=> string(241) "lmprove differential mode attenuation (Rated voltage 250V)<br />Three-phase 250VAC 150A<br />General-purpose Low-profile<br />Ultra high-attenuation type of common mode noise from 10kHz to 1MHz<br />1-stage filter" ["$$option"]=> string(531) "

TAH(1)  -  150(2)  -  223(3)  -  U(4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Options
  U:Improve differential mode attenuation (Rated voltage 250V)" ["$option"]=> string(729) "<p class=fsLL>TAH<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;150<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;223<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;U<sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Options<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V)" ["$option_path"]=> string(0) "" ["$$patent"]=> string(96) "lmprove differential mode attenuation (Rated voltage 250V)
Selectable leakage current value" ["$patent"]=> string(102) "lmprove differential mode attenuation (Rated voltage 250V)<br />Selectable leakage current value" ["$$patent_short"]=> string(61) "Low-profile,
Ultra high-attenuation,
1-stage filter" ["$patent_short"]=> string(73) "Low-profile,<br />Ultra high-attenuation,<br />1-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$leak_current_condition"]=> string(19) "* Input 250VAC 60Hz" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(16) "" ["$standard_price"]=> string(22) "<Please contact>" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(32) "Three-phase Three-wire250V 60Hz" ["$rated_volt"]=> string(37) "Three-phase Three-wire250V  60Hz" ["$$rated_current"]=> string(4) "150A" ["$rated_current"]=> string(4) "150A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(38) "170x92x285 mm [6.69x3.62x11.22 inches]" ["$struct_external_dimension"]=> string(38) "170x92x285 mm [6.69x3.62x11.22 inches]" ["$$struct_mass"]=> string(9) "4.8kg max" ["$struct_mass"]=> string(9) "4.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(34) "/tool/tag/pdf/SFE_TAH(50_150A).pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_TAH-S.pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_tah-150.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_tah-150.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(31) "/tool/tag/dxf/e_tac_tah150a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(34) "/tool/tag/cad/tac-tah-150(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(34) "/tool/tag/cad/tac-tah-150(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(31) "/tool/tag/dxf/e_tac_tah150a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(34) "/tool/tag/cad/tac-tah-150(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(34) "/tool/tag/cad/tac-tah-150(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } } } [6]=> array(76) { ["id"]=> string(2) "23" ["category_sub_id"]=> string(1) "3" ["name"]=> string(3) "FSB" ["pic_path"]=> string(21) "/tool/tag/pic/fsb.jpg" ["is_separate_sell_comment"]=> string(1) "0" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(5) "68710" ["created"]=> string(26) "2016-06-08 08:14:08.168899" ["first_letter"]=> string(1) "F" ["product_system_10"]=> string(1) "1" ["product_system_arr"]=> array(1) { [0]=> string(14) "2-stage Filter" } ["product_system_str"]=> string(14) "2-stage Filter" ["product_org_4"]=> string(1) "1" ["product_org_arr"]=> array(1) { [0]=> string(10) "Book Shape" } ["product_org_str"]=> string(10) "Book Shape" ["environment_mark_1"]=> string(1) "1" ["environment_mark_2"]=> string(1) "1" ["environment_mark_arr"]=> array(2) { [0]=> string(4) "RoHS" [1]=> string(3) "eco" } ["environment_mark_str"]=> string(9) "RoHS, eco" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["volt_2"]=> string(1) "1" ["volt_arr"]=> array(1) { [0]=> string(17) "Three-phaseAC500V" } ["volt_str"]=> string(17) "Three-phaseAC500V" ["$category_sub_id"]=> string(9) "3ph input" ["$name"]=> string(3) "FSB" ["$pic_path"]=> string(21) "/tool/tag/pic/fsb.jpg" ["$is_separate_sell_comment"]=> string(1) "0" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(5) "68710" ["$created"]=> string(10) "2016/06/08" ["$product_system_10"]=> string(1) "1" ["$product_org_4"]=> string(1) "1" ["$environment_mark_1"]=> string(1) "1" ["$environment_mark_2"]=> string(1) "1" ["$volt_2"]=> string(1) "1" ["explanation"]=> string(105) "Three-phase 500VAC 10-30A
Book type
EMI/EMC Filter for motor drive system
2-stage filter" ["patent"]=> string(195) "Improve saturation resistance
Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["note"]=> string(48) "The terminal cover is retracted inside the unit." ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FSB.pdf" ["instructions_use_pdf"]=> string(27) "/tool/tag/pdf/CME_FSB-S.pdf" ["replace_recommend_manual"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "23" ["$$explanation"]=> string(105) "Three-phase 500VAC 10-30A
Book type
EMI/EMC Filter for motor drive system
2-stage filter" ["$explanation"]=> string(123) "Three-phase 500VAC 10-30A<br />Book type<br />EMI/EMC Filter for motor drive system<br />2-stage filter" ["$$patent"]=> string(195) "Improve saturation resistance
Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["$patent"]=> string(219) "Improve saturation resistance<br />Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Push down type terminal block" ["$$note"]=> string(48) "The terminal cover is retracted inside the unit." ["$note"]=> string(48) "The terminal cover is retracted inside the unit." ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FSB.pdf" ["$instructions_use_pdf"]=> string(27) "/tool/tag/pdf/CME_FSB-S.pdf" ["$replace_recommend_manual"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["environment_mark_RoHS"]=> string(1) "1" ["environment_mark_eco"]=> string(1) "1" ["series_name"]=> string(3) "FSB" ["models"]=> array(3) { [0]=> array(213) { ["id"]=> string(3) "119" ["nf_series_id"]=> string(2) "23" ["name"]=> string(6) "FSB-10" ["pic_path"]=> string(24) "/tool/tag/pic/fsb-10.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/fsb-10_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/fsb-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/fsb-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/fsb-10-mtbf.zip" ["search_current"]=> string(2) "10" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "100" ["created"]=> string(25) "2016-06-08 08:14:24.63717" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_11"]=> string(1) "1" ["equal_95"]=> string(1) "1" ["equal_10"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(6) "TAC-10" [1]=> string(6) "TAH-10" [2]=> string(6) "JAC-10" } ["equal_str"]=> string(22) "TAC-10, TAH-10, JAC-10" ["$nf_series_id"]=> string(3) "FSB" ["$name"]=> string(6) "FSB-10" ["$pic_path"]=> string(24) "/tool/tag/pic/fsb-10.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/fsb-10_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/fsb-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/fsb-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/fsb-10-mtbf.zip" ["$search_current"]=> string(2) "10" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "100" ["$created"]=> string(10) "2016/06/08" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_10"]=> string(1) "1" ["$equal_11"]=> string(1) "1" ["$equal_95"]=> string(1) "1" ["explanation"]=> string(102) "Three-phase 500VAC 10A
Book type
EMI/EMC Filter for motor drive system
2-stage filter" ["option"]=> string(649) "

FSB(1)  -  10(2)  -  324(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
  U:Improve differential mode attenuation (Rated voltage 250V) Only 573, 254,
    335 is applied." ["option_path"]=> string(0) "" ["patent"]=> string(195) "Improve saturation resistance
Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["patent_short"]=> string(74) "Book type,
EMI/EMC Filter for motor drive system,
2-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(243) "* Input 250/500VAC 60Hz ( input Δ-connection 250/400VAC 60Hz in case of 355)
Upper row: Δ-connection, Lower berth: Wye-connection
Notice: A leakage current value of Circuit Diagram option: U is described in catalog( pdf) ." ["note"]=> string(48) "The terminal cover is retracted inside the unit." ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(9) "22,000円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "10A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(37) "66x100x240 mm [2.60x3.94x9.45 inches]" ["struct_mass"]=> string(9) "1.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FSB.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_FSB-S.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_fsb-10.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_fsb-10.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "119" ["$$explanation"]=> string(102) "Three-phase 500VAC 10A
Book type
EMI/EMC Filter for motor drive system
2-stage filter" ["$explanation"]=> string(120) "Three-phase 500VAC 10A<br />Book type<br />EMI/EMC Filter for motor drive system<br />2-stage filter" ["$$option"]=> string(649) "

FSB(1)  -  10(2)  -  324(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
  U:Improve differential mode attenuation (Rated voltage 250V) Only 573, 254,
    335 is applied." ["$option"]=> string(900) "<p class=fsLL>FSB<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;10<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;324<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;H:Ultra high attenuation type<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V) Only 573,  254, <br />&nbsp;&nbsp;&nbsp;&nbsp;335 is applied." ["$option_path"]=> string(0) "" ["$$patent"]=> string(195) "Improve saturation resistance
Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["$patent"]=> string(219) "Improve saturation resistance<br />Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Push down type terminal block" ["$$patent_short"]=> string(74) "Book type,
EMI/EMC Filter for motor drive system,
2-stage filter" ["$patent_short"]=> string(86) "Book type,<br />EMI/EMC Filter for motor drive system,<br />2-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(243) "* Input 250/500VAC 60Hz ( input Δ-connection 250/400VAC 60Hz in case of 355)
Upper row: Δ-connection, Lower berth: Wye-connection
Notice: A leakage current value of Circuit Diagram option: U is described in catalog( pdf) ." ["$leak_current_condition"]=> string(280) "* Input 250/500VAC 60Hz ( input Δ-connection 250/400VAC 60Hz in case of  355)<br />    Upper row: Δ-connection, Lower berth: Wye-connection<br />    Notice: A leakage current value of Circuit Diagram option: U is described in catalog( pdf) ." ["$$note"]=> string(48) "The terminal cover is retracted inside the unit." ["$note"]=> string(48) "The terminal cover is retracted inside the unit." ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(9) "22,000円" ["$standard_price"]=> string(9) "22,000円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "10A" ["$rated_current"]=> string(3) "10A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(37) "66x100x240 mm [2.60x3.94x9.45 inches]" ["$struct_external_dimension"]=> string(37) "66x100x240 mm [2.60x3.94x9.45 inches]" ["$$struct_mass"]=> string(9) "1.8kg max" ["$struct_mass"]=> string(9) "1.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FSB.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_FSB-S.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_fsb-10.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_fsb-10.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(23) "/tool/tag/dxf/e_fsb.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(35) "/tool/tag/cad/fsb-10-20-30(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(35) "/tool/tag/cad/fsb-10-20-30(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(23) "/tool/tag/dxf/e_fsb.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(35) "/tool/tag/cad/fsb-10-20-30(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(35) "/tool/tag/cad/fsb-10-20-30(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [1]=> array(213) { ["id"]=> string(3) "120" ["nf_series_id"]=> string(2) "23" ["name"]=> string(6) "FSB-20" ["pic_path"]=> string(24) "/tool/tag/pic/fsb-20.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/fsb-20_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/fsb-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/fsb-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/fsb-20-mtbf.zip" ["search_current"]=> string(2) "20" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "200" ["created"]=> string(25) "2016-06-08 08:14:24.63717" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_84"]=> string(1) "1" ["equal_96"]=> string(1) "1" ["equal_80"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(6) "TAC-20" [1]=> string(6) "TAH-20" [2]=> string(6) "JAC-20" } ["equal_str"]=> string(22) "TAC-20, TAH-20, JAC-20" ["$nf_series_id"]=> string(3) "FSB" ["$name"]=> string(6) "FSB-20" ["$pic_path"]=> string(24) "/tool/tag/pic/fsb-20.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/fsb-20_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/fsb-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/fsb-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/fsb-20-mtbf.zip" ["$search_current"]=> string(2) "20" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "200" ["$created"]=> string(10) "2016/06/08" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_80"]=> string(1) "1" ["$equal_84"]=> string(1) "1" ["$equal_96"]=> string(1) "1" ["explanation"]=> string(102) "Three-phase 500VAC 20A
Book type
EMI/EMC Filter for motor drive system
2-stage filter" ["option"]=> string(650) "

FSB(1)  -  20(2)  -  324(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
  U:Improve differential mode attenuation (Rated voltage 250V) Only 573, 254,
    335 is applied." ["option_path"]=> string(0) "" ["patent"]=> string(195) "Improve saturation resistance
Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["patent_short"]=> string(74) "Book type,
EMI/EMC Filter for motor drive system,
2-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(243) "* Input 250/500VAC 60Hz ( input Δ-connection 250/400VAC 60Hz in case of 355)
Upper row: Δ-connection, Lower berth: Wye-connection
Notice: A leakage current value of Circuit Diagram option: U is described in catalog( pdf) ." ["note"]=> string(48) "The terminal cover is retracted inside the unit." ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(9) "24,000円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "20A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(37) "66x100x240 mm [2.60x3.94x9.45 inches]" ["struct_mass"]=> string(9) "1.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FSB.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_FSB-S.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_fsb-20.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_fsb-20.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "120" ["$$explanation"]=> string(102) "Three-phase 500VAC 20A
Book type
EMI/EMC Filter for motor drive system
2-stage filter" ["$explanation"]=> string(120) "Three-phase 500VAC 20A<br />Book type<br />EMI/EMC Filter for motor drive system<br />2-stage filter" ["$$option"]=> string(650) "

FSB(1)  -  20(2)  -  324(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
  U:Improve differential mode attenuation (Rated voltage 250V) Only 573, 254,
    335 is applied." ["$option"]=> string(906) "<p class=fsLL>FSB<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;20<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;324<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;H:Ultra high attenuation type<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V) Only 573,  254,  <br />&nbsp;&nbsp;&nbsp;&nbsp;335 is applied." ["$option_path"]=> string(0) "" ["$$patent"]=> string(195) "Improve saturation resistance
Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["$patent"]=> string(219) "Improve saturation resistance<br />Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Push down type terminal block" ["$$patent_short"]=> string(74) "Book type,
EMI/EMC Filter for motor drive system,
2-stage filter" ["$patent_short"]=> string(86) "Book type,<br />EMI/EMC Filter for motor drive system,<br />2-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(243) "* Input 250/500VAC 60Hz ( input Δ-connection 250/400VAC 60Hz in case of 355)
Upper row: Δ-connection, Lower berth: Wye-connection
Notice: A leakage current value of Circuit Diagram option: U is described in catalog( pdf) ." ["$leak_current_condition"]=> string(280) "* Input 250/500VAC 60Hz ( input Δ-connection 250/400VAC 60Hz in case of  355)<br />    Upper row: Δ-connection, Lower berth: Wye-connection<br />    Notice: A leakage current value of Circuit Diagram option: U is described in catalog( pdf) ." ["$$note"]=> string(48) "The terminal cover is retracted inside the unit." ["$note"]=> string(48) "The terminal cover is retracted inside the unit." ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(9) "24,000円" ["$standard_price"]=> string(9) "24,000円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "20A" ["$rated_current"]=> string(3) "20A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(37) "66x100x240 mm [2.60x3.94x9.45 inches]" ["$struct_external_dimension"]=> string(37) "66x100x240 mm [2.60x3.94x9.45 inches]" ["$$struct_mass"]=> string(9) "1.8kg max" ["$struct_mass"]=> string(9) "1.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FSB.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_FSB-S.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_fsb-20.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_fsb-20.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(23) "/tool/tag/dxf/e_fsb.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(35) "/tool/tag/cad/fsb-10-20-30(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(35) "/tool/tag/cad/fsb-10-20-30(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(23) "/tool/tag/dxf/e_fsb.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(35) "/tool/tag/cad/fsb-10-20-30(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(35) "/tool/tag/cad/fsb-10-20-30(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [2]=> array(213) { ["id"]=> string(3) "121" ["nf_series_id"]=> string(2) "23" ["name"]=> string(6) "FSB-30" ["pic_path"]=> string(24) "/tool/tag/pic/fsb-30.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/fsb-30_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/fsb-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/fsb-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/fsb-30-mtbf.zip" ["search_current"]=> string(2) "30" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "300" ["created"]=> string(25) "2016-06-08 08:14:24.63717" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_85"]=> string(1) "1" ["equal_97"]=> string(1) "1" ["equal_81"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(6) "TAC-30" [1]=> string(6) "TAH-30" [2]=> string(6) "JAC-30" } ["equal_str"]=> string(22) "TAC-30, TAH-30, JAC-30" ["$nf_series_id"]=> string(3) "FSB" ["$name"]=> string(6) "FSB-30" ["$pic_path"]=> string(24) "/tool/tag/pic/fsb-30.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/fsb-30_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/fsb-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/fsb-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/fsb-30-mtbf.zip" ["$search_current"]=> string(2) "30" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "300" ["$created"]=> string(10) "2016/06/08" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_81"]=> string(1) "1" ["$equal_85"]=> string(1) "1" ["$equal_97"]=> string(1) "1" ["explanation"]=> string(102) "Three-phase 500VAC 30A
Book type
EMI/EMC Filter for motor drive system
2-stage filter" ["option"]=> string(648) "

FSB(1)  -  30(2)  -  324(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
  U:Improve differential mode attenuation (Rated voltage 250V) Only 573, 254,
    335 is applied." ["option_path"]=> string(0) "" ["patent"]=> string(195) "Improve saturation resistance
Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["patent_short"]=> string(74) "Book type,
EMI/EMC Filter for motor drive system,
2-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(243) "* Input 250/500VAC 60Hz ( input Δ-connection 250/400VAC 60Hz in case of 355)
Upper row: Δ-connection, Lower berth: Wye-connection
Notice: A leakage current value of Circuit Diagram option: U is described in catalog( pdf) ." ["note"]=> string(48) "The terminal cover is retracted inside the unit." ["sale_year"]=> string(4) "2016" ["standard_price"]=> string(9) "28,000円" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "30A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(37) "66x100x240 mm [2.60x3.94x9.45 inches]" ["struct_mass"]=> string(9) "1.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FSB.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_FSB-S.pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_fsb-30.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_fsb-30.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "1" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "121" ["$$explanation"]=> string(102) "Three-phase 500VAC 30A
Book type
EMI/EMC Filter for motor drive system
2-stage filter" ["$explanation"]=> string(120) "Three-phase 500VAC 30A<br />Book type<br />EMI/EMC Filter for motor drive system<br />2-stage filter" ["$$option"]=> string(648) "

FSB(1)  -  30(2)  -  324(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
  U:Improve differential mode attenuation (Rated voltage 250V) Only 573, 254,
    335 is applied." ["$option"]=> string(899) "<p class=fsLL>FSB<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;30<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;324<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;H:Ultra high attenuation type<br />&nbsp;&nbsp;U:Improve differential mode attenuation (Rated voltage 250V) Only 573,  254,<br />&nbsp;&nbsp;&nbsp;&nbsp;335 is applied." ["$option_path"]=> string(0) "" ["$$patent"]=> string(195) "Improve saturation resistance
Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Push down type terminal block" ["$patent"]=> string(219) "Improve saturation resistance<br />Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Push down type terminal block" ["$$patent_short"]=> string(74) "Book type,
EMI/EMC Filter for motor drive system,
2-stage filter" ["$patent_short"]=> string(86) "Book type,<br />EMI/EMC Filter for motor drive system,<br />2-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(243) "* Input 250/500VAC 60Hz ( input Δ-connection 250/400VAC 60Hz in case of 355)
Upper row: Δ-connection, Lower berth: Wye-connection
Notice: A leakage current value of Circuit Diagram option: U is described in catalog( pdf) ." ["$leak_current_condition"]=> string(280) "* Input 250/500VAC 60Hz ( input Δ-connection 250/400VAC 60Hz in case of  355)<br />    Upper row: Δ-connection, Lower berth: Wye-connection<br />    Notice: A leakage current value of Circuit Diagram option: U is described in catalog( pdf) ." ["$$note"]=> string(48) "The terminal cover is retracted inside the unit." ["$note"]=> string(48) "The terminal cover is retracted inside the unit." ["$$sale_year"]=> string(4) "2016" ["$sale_year"]=> string(4) "2016" ["$$standard_price"]=> string(9) "28,000円" ["$standard_price"]=> string(9) "28,000円" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "30A" ["$rated_current"]=> string(3) "30A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(37) "66x100x240 mm [2.60x3.94x9.45 inches]" ["$struct_external_dimension"]=> string(37) "66x100x240 mm [2.60x3.94x9.45 inches]" ["$$struct_mass"]=> string(9) "1.8kg max" ["$struct_mass"]=> string(9) "1.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FSB.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(27) "/tool/tag/pdf/CME_FSB-S.pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_fsb-30.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_fsb-30.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "1" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(23) "/tool/tag/dxf/e_fsb.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(35) "/tool/tag/cad/fsb-10-20-30(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(35) "/tool/tag/cad/fsb-10-20-30(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(23) "/tool/tag/dxf/e_fsb.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(35) "/tool/tag/cad/fsb-10-20-30(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(35) "/tool/tag/cad/fsb-10-20-30(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } } } [7]=> array(76) { ["id"]=> string(1) "9" ["category_sub_id"]=> string(1) "3" ["name"]=> string(3) "FTB" ["pic_path"]=> string(21) "/tool/tag/pic/ftb.jpg" ["is_separate_sell_comment"]=> string(1) "0" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(5) "68910" ["created"]=> string(26) "2015-07-13 13:35:32.224452" ["first_letter"]=> string(1) "F" ["product_system_10"]=> string(1) "1" ["product_system_arr"]=> array(1) { [0]=> string(14) "2-stage Filter" } ["product_system_str"]=> string(14) "2-stage Filter" ["product_org_4"]=> string(1) "1" ["product_org_arr"]=> array(1) { [0]=> string(10) "Book Shape" } ["product_org_str"]=> string(10) "Book Shape" ["environment_mark_1"]=> string(1) "1" ["environment_mark_2"]=> string(1) "1" ["environment_mark_arr"]=> array(2) { [0]=> string(4) "RoHS" [1]=> string(3) "eco" } ["environment_mark_str"]=> string(9) "RoHS, eco" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["volt_2"]=> string(1) "1" ["volt_arr"]=> array(1) { [0]=> string(17) "Three-phaseAC500V" } ["volt_str"]=> string(17) "Three-phaseAC500V" ["$category_sub_id"]=> string(9) "3ph input" ["$name"]=> string(3) "FTB" ["$pic_path"]=> string(21) "/tool/tag/pic/ftb.jpg" ["$is_separate_sell_comment"]=> string(1) "0" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(5) "68910" ["$created"]=> string(10) "2015/07/13" ["$product_system_10"]=> string(1) "1" ["$product_org_4"]=> string(1) "1" ["$environment_mark_1"]=> string(1) "1" ["$environment_mark_2"]=> string(1) "1" ["$volt_2"]=> string(1) "1" ["explanation"]=> string(105) "Three-phase 500VAC 80-150A
Book type
High-attenuation from 150kHz to 1MHz
2-stage filter" ["patent"]=> string(245) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Ultra high attenuation type "FTB-□□□-355-L" for EU (Wye type with neutral earth system) , motor drive system" ["note"]=> string(0) "" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTB.pdf" ["instructions_use_pdf"]=> string(34) "/tool/tag/pdf/CME_FTB(80_150A).pdf" ["replace_recommend_manual"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(1) "9" ["$$explanation"]=> string(105) "Three-phase 500VAC 80-150A
Book type
High-attenuation from 150kHz to 1MHz
2-stage filter" ["$explanation"]=> string(123) "Three-phase 500VAC 80-150A<br />Book type<br />High-attenuation from 150kHz to 1MHz<br />2-stage filter" ["$$patent"]=> string(245) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Ultra high attenuation type "FTB-□□□-355-L" for EU (Wye type with neutral earth system) , motor drive system" ["$patent"]=> string(273) "Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Ultra high attenuation type "FTB-□□□-355-L" for EU (Wye type with neutral earth system) , motor drive system" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTB.pdf" ["$instructions_use_pdf"]=> string(34) "/tool/tag/pdf/CME_FTB(80_150A).pdf" ["$replace_recommend_manual"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["environment_mark_RoHS"]=> string(1) "1" ["environment_mark_eco"]=> string(1) "1" ["series_name"]=> string(3) "FTB" ["models"]=> array(3) { [0]=> array(213) { ["id"]=> string(3) "111" ["nf_series_id"]=> string(1) "9" ["name"]=> string(6) "FTB-80" ["pic_path"]=> string(24) "/tool/tag/pic/ftb-80.jpg" ["tec_special"]=> string(29) "/tool/tag/zip/ftb-80_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/ftb-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/ftb-reliability.zip" ["tec_mtbf"]=> string(29) "/tool/tag/zip/ftb-80-mtbf.zip" ["search_current"]=> string(2) "80" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(3) "800" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_88"]=> string(1) "1" ["equal_106"]=> string(1) "1" ["equal_101"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(6) "TAC-80" [1]=> string(6) "TBC-80" [2]=> string(6) "FTA-80" } ["equal_str"]=> string(22) "TAC-80, TBC-80, FTA-80" ["$nf_series_id"]=> string(3) "FTB" ["$name"]=> string(6) "FTB-80" ["$pic_path"]=> string(24) "/tool/tag/pic/ftb-80.jpg" ["$tec_special"]=> string(29) "/tool/tag/zip/ftb-80_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/ftb-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/ftb-reliability.zip" ["$tec_mtbf"]=> string(29) "/tool/tag/zip/ftb-80-mtbf.zip" ["$search_current"]=> string(2) "80" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(3) "800" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_88"]=> string(1) "1" ["$equal_101"]=> string(1) "1" ["$equal_106"]=> string(1) "1" ["explanation"]=> string(96) "Three-phase 500VAC 80A Book type
High-attenuation from 150kHz to 1MHz
2-stage filter" ["option"]=> string(699) "

FTB(1)  -  80(2)  -  663(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    355 is not applied.
  S:Hexagon socket head cap screw (Standard type is Hexagon head screw)
  L:Ultra high attenuation type for EU" ["option_path"]=> string(0) "" ["patent"]=> string(238) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Ultra high attenuation type "FTB-80-355-L" for EU (Wye type with neutral earth system) , motor drive system" ["patent_short"]=> string(53) "Book type,
High-attenuation,
2-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(64) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 355)" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2011" ["standard_price"]=> string(1) "-" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(3) "80A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(39) "100x170x350 mm [3.94x6.69x13.78 inches]" ["struct_mass"]=> string(9) "5.3kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTB.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_FTB(80_150A).pdf" ["el_circuit"]=> string(30) "/tool/tag/fig/e_cir_ftb-80.jpg" ["derating"]=> string(30) "/tool/tag/fig/e_der_ftb-80.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "111" ["$$explanation"]=> string(96) "Three-phase 500VAC 80A Book type
High-attenuation from 150kHz to 1MHz
2-stage filter" ["$explanation"]=> string(118) "Three-phase 500VAC  80A  Book type<br />High-attenuation from 150kHz to 1MHz<br />2-stage filter" ["$$option"]=> string(699) "

FTB(1)  -  80(2)  -  663(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    355 is not applied.
  S:Hexagon socket head cap screw (Standard type is Hexagon head screw)
  L:Ultra high attenuation type for EU" ["$option"]=> string(959) "<p class=fsLL>FTB<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;80<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;663<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;H:Ultra high attenuation type<br />&nbsp;&nbsp;&nbsp;&nbsp;355 is not applied.<br />&nbsp;&nbsp;S:Hexagon socket head cap screw (Standard type is Hexagon head screw)<br />&nbsp;&nbsp;L:Ultra high attenuation type for EU" ["$option_path"]=> string(0) "" ["$$patent"]=> string(238) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Ultra high attenuation type "FTB-80-355-L" for EU (Wye type with neutral earth system) , motor drive system" ["$patent"]=> string(266) "Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Ultra high attenuation type "FTB-80-355-L" for EU (Wye type with neutral earth system) , motor drive system" ["$$patent_short"]=> string(53) "Book type,
High-attenuation,
2-stage filter" ["$patent_short"]=> string(65) "Book type,<br />High-attenuation,<br />2-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(64) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 355)" ["$leak_current_condition"]=> string(69) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of  355)" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2011" ["$sale_year"]=> string(4) "2011" ["$$standard_price"]=> string(1) "-" ["$standard_price"]=> string(1) "-" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(3) "80A" ["$rated_current"]=> string(3) "80A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(39) "100x170x350 mm [3.94x6.69x13.78 inches]" ["$struct_external_dimension"]=> string(39) "100x170x350 mm [3.94x6.69x13.78 inches]" ["$$struct_mass"]=> string(9) "5.3kg max" ["$struct_mass"]=> string(9) "5.3kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTB.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_FTB(80_150A).pdf" ["$el_circuit"]=> string(30) "/tool/tag/fig/e_cir_ftb-80.jpg" ["$derating"]=> string(30) "/tool/tag/fig/e_der_ftb-80.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(30) "/tool/tag/dxf/e_ftb80_100a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(32) "/tool/tag/cad/ftb80-100(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(32) "/tool/tag/cad/ftb80-100(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(30) "/tool/tag/dxf/e_ftb80_100a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(32) "/tool/tag/cad/ftb80-100(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(32) "/tool/tag/cad/ftb80-100(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [1]=> array(213) { ["id"]=> string(3) "112" ["nf_series_id"]=> string(1) "9" ["name"]=> string(7) "FTB-100" ["pic_path"]=> string(25) "/tool/tag/pic/ftb-100.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/ftb-100_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/ftb-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/ftb-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/ftb-100-mtbf.zip" ["search_current"]=> string(3) "100" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "1000" ["created"]=> string(26) "2015-07-28 18:11:46.550786" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_89"]=> string(1) "1" ["equal_107"]=> string(1) "1" ["equal_102"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(7) "TAC-100" [1]=> string(7) "TBC-100" [2]=> string(7) "FTA-100" } ["equal_str"]=> string(25) "TAC-100, TBC-100, FTA-100" ["$nf_series_id"]=> string(3) "FTB" ["$name"]=> string(7) "FTB-100" ["$pic_path"]=> string(25) "/tool/tag/pic/ftb-100.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/ftb-100_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/ftb-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/ftb-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/ftb-100-mtbf.zip" ["$search_current"]=> string(3) "100" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "1000" ["$created"]=> string(10) "2015/07/28" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_89"]=> string(1) "1" ["$equal_102"]=> string(1) "1" ["$equal_107"]=> string(1) "1" ["explanation"]=> string(98) "Three-phase 500VAC 100A Book type
High-attenuation from 150kHz to 1MHz
2-stage filter" ["option"]=> string(700) "

FTB(1)  -  100(2)  -  663(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    355 is not applied.
  S:Hexagon socket head cap screw (Standard type is Hexagon head screw)
  L:Ultra high attenuation type for EU" ["option_path"]=> string(0) "" ["patent"]=> string(239) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Ultra high attenuation type "FTB-100-355-L" for EU (Wye type with neutral earth system) , motor drive system" ["patent_short"]=> string(53) "Book type,
High-attenuation,
2-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(64) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 355)" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2011" ["standard_price"]=> string(1) "-" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(4) "100A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(39) "100x170x350 mm [3.94x6.69x13.78 inches]" ["struct_mass"]=> string(9) "5.3kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTB.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_FTB(80_150A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_ftb-100.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_ftb-100.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(3) "112" ["$$explanation"]=> string(98) "Three-phase 500VAC 100A Book type
High-attenuation from 150kHz to 1MHz
2-stage filter" ["$explanation"]=> string(120) "Three-phase 500VAC  100A   Book type<br />High-attenuation from 150kHz to 1MHz<br />2-stage filter" ["$$option"]=> string(700) "

FTB(1)  -  100(2)  -  663(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    355 is not applied.
  S:Hexagon socket head cap screw (Standard type is Hexagon head screw)
  L:Ultra high attenuation type for EU" ["$option"]=> string(960) "<p class=fsLL>FTB<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;100<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;663<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;H:Ultra high attenuation type<br />&nbsp;&nbsp;&nbsp;&nbsp;355 is not applied.<br />&nbsp;&nbsp;S:Hexagon socket head cap screw (Standard type is Hexagon head screw)<br />&nbsp;&nbsp;L:Ultra high attenuation type for EU" ["$option_path"]=> string(0) "" ["$$patent"]=> string(239) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Ultra high attenuation type "FTB-100-355-L" for EU (Wye type with neutral earth system) , motor drive system" ["$patent"]=> string(267) "Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Ultra high attenuation type "FTB-100-355-L" for EU (Wye type with neutral earth system) , motor drive system" ["$$patent_short"]=> string(53) "Book type,
High-attenuation,
2-stage filter" ["$patent_short"]=> string(65) "Book type,<br />High-attenuation,<br />2-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(64) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 355)" ["$leak_current_condition"]=> string(69) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of  355)" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2011" ["$sale_year"]=> string(4) "2011" ["$$standard_price"]=> string(1) "-" ["$standard_price"]=> string(1) "-" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(4) "100A" ["$rated_current"]=> string(4) "100A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(39) "100x170x350 mm [3.94x6.69x13.78 inches]" ["$struct_external_dimension"]=> string(39) "100x170x350 mm [3.94x6.69x13.78 inches]" ["$$struct_mass"]=> string(9) "5.3kg max" ["$struct_mass"]=> string(9) "5.3kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTB.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_FTB(80_150A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_ftb-100.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_ftb-100.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(30) "/tool/tag/dxf/e_ftb80_100a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(32) "/tool/tag/cad/ftb80-100(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(32) "/tool/tag/cad/ftb80-100(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(30) "/tool/tag/dxf/e_ftb80_100a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(32) "/tool/tag/cad/ftb80-100(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(32) "/tool/tag/cad/ftb80-100(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } [2]=> array(213) { ["id"]=> string(2) "15" ["nf_series_id"]=> string(1) "9" ["name"]=> string(7) "FTB-150" ["pic_path"]=> string(25) "/tool/tag/pic/ftb-150.jpg" ["tec_special"]=> string(30) "/tool/tag/zip/ftb-150_data.zip" ["tec_life"]=> string(0) "" ["tec_safety"]=> string(28) "/tool/tag/zip/ftb-safety.zip" ["tec_emc"]=> string(0) "" ["tec_reliability"]=> string(33) "/tool/tag/zip/ftb-reliability.zip" ["tec_mtbf"]=> string(30) "/tool/tag/zip/ftb-150-mtbf.zip" ["search_current"]=> string(3) "150" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(4) "1500" ["created"]=> string(26) "2015-07-13 13:38:35.655133" ["industry_2"]=> string(1) "1" ["industry_3"]=> string(1) "1" ["industry_arr"]=> array(2) { [0]=> string(18) "Alternative Energy" [1]=> string(18) "Factory Automation" } ["industry_str"]=> string(38) "Alternative Energy, Factory Automation" ["safety_mark_3"]=> string(1) "1" ["safety_marks"]=> array(3) { [0]=> array(7) { ["id"]=> string(1) "3" ["name"]=> string(9) "UL・C-UL" ["filename"]=> string(18) "ico_anki_ULCUL.png" ["sort"]=> string(1) "0" ["$name"]=> string(9) "UL・C-UL" ["$filename"]=> string(18) "ico_anki_ULCUL.png" ["$sort"]=> string(1) "0" } [1]=> array(7) { ["id"]=> string(1) "9" ["name"]=> string(3) "VDE" ["filename"]=> string(16) "ico_anki_VDE.png" ["sort"]=> string(1) "0" ["$name"]=> string(3) "VDE" ["$filename"]=> string(16) "ico_anki_VDE.png" ["$sort"]=> string(1) "0" } [2]=> array(7) { ["id"]=> string(2) "10" ["name"]=> string(4) "ENEC" ["filename"]=> string(17) "ico_anki_ENEC.png" ["sort"]=> string(1) "0" ["$name"]=> string(4) "ENEC" ["$filename"]=> string(17) "ico_anki_ENEC.png" ["$sort"]=> string(1) "0" } } ["safety_mark_9"]=> string(1) "1" ["safety_mark_10"]=> string(1) "1" ["safety_mark_arr"]=> array(3) { [0]=> string(9) "UL・C-UL" [1]=> string(3) "VDE" [2]=> string(4) "ENEC" } ["safety_mark_str"]=> string(20) "UL・C-UL, VDE, ENEC" ["inout_interface_arr"]=> array(0) { } ["inout_interface_str"]=> string(0) "" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["equal_12"]=> string(1) "1" ["equal_14"]=> string(1) "1" ["equal_13"]=> string(1) "1" ["equal_arr"]=> array(3) { [0]=> string(7) "TAC-150" [1]=> string(7) "TBC-150" [2]=> string(7) "FTA-150" } ["equal_str"]=> string(25) "TAC-150, TBC-150, FTA-150" ["$nf_series_id"]=> string(3) "FTB" ["$name"]=> string(7) "FTB-150" ["$pic_path"]=> string(25) "/tool/tag/pic/ftb-150.jpg" ["$tec_special"]=> string(30) "/tool/tag/zip/ftb-150_data.zip" ["$tec_life"]=> string(0) "" ["$tec_safety"]=> string(28) "/tool/tag/zip/ftb-safety.zip" ["$tec_emc"]=> string(0) "" ["$tec_reliability"]=> string(33) "/tool/tag/zip/ftb-reliability.zip" ["$tec_mtbf"]=> string(30) "/tool/tag/zip/ftb-150-mtbf.zip" ["$search_current"]=> string(3) "150" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(4) "1500" ["$created"]=> string(10) "2015/07/13" ["$industry_2"]=> string(1) "1" ["$industry_3"]=> string(1) "1" ["$safety_mark_3"]=> string(1) "1" ["$safety_mark_9"]=> string(1) "1" ["$safety_mark_10"]=> string(1) "1" ["$equal_12"]=> string(1) "1" ["$equal_13"]=> string(1) "1" ["$equal_14"]=> string(1) "1" ["explanation"]=> string(98) "Three-phase 500VAC 150A Book type
High-attenuation from 150kHz to 1MHz
2-stage filter" ["option"]=> string(700) "

FTB(1)  -  150(2)  -  663(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    355 is not applied.
  S:Hexagon socket head cap screw (Standard type is Hexagon head screw)
  L:Ultra high attenuation type for EU" ["option_path"]=> string(0) "" ["patent"]=> string(239) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Ultra high attenuation type "FTB-150-355-L" for EU (Wye type with neutral earth system) , motor drive system" ["patent_short"]=> string(53) "Book type,
High-attenuation,
2-stage filter" ["separate_sell_option_txt"]=> string(0) "" ["leak_current_condition"]=> string(64) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 355)" ["note"]=> string(0) "" ["sale_year"]=> string(4) "2011" ["standard_price"]=> string(1) "-" ["free_guarantee_term_unit"]=> string(5) "-year" ["free_guarantee_term_specification"]=> string(1) "5" ["rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["rated_current"]=> string(4) "150A" ["use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["struct_external_dimension"]=> string(39) "100x210x400 mm [3.94x8.27x15.75 inches]" ["struct_mass"]=> string(9) "7.8kg max" ["use_altitude"]=> string(0) "" ["save_altitude"]=> string(0) "" ["yobi1"]=> NULL ["yobi2"]=> NULL ["yobi3"]=> NULL ["catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTB.pdf" ["separate_sell_option_parts_pdf"]=> string(0) "" ["application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_FTB(80_150A).pdf" ["el_circuit"]=> string(31) "/tool/tag/fig/e_cir_ftb-150.jpg" ["derating"]=> string(31) "/tool/tag/fig/e_der_ftb-150.jpg" ["external_form"]=> string(0) "" ["replace_recommend_manual"]=> string(0) "" ["replace_recommend_note"]=> string(0) "" ["is_new"]=> string(1) "0" ["is_end_sale"]=> string(1) "0" ["end_sale_date"]=> NULL ["is_stop_product"]=> string(1) "0" ["stop_product_date"]=> NULL ["end_sale"]=> string(1) "0" ["stop_product"]=> string(1) "0" ["$id"]=> string(2) "15" ["$$explanation"]=> string(98) "Three-phase 500VAC 150A Book type
High-attenuation from 150kHz to 1MHz
2-stage filter" ["$explanation"]=> string(120) "Three-phase 500VAC  150A   Book type<br />High-attenuation from 150kHz to 1MHz<br />2-stage filter" ["$$option"]=> string(700) "

FTB(1)  -  150(2)  -  663(3)  -  (4)  

(1) Model Name
(2) Rated Current
(3) Line to ground capacitor code
  Refer to Product Line-up.
  * When the line to ground capacitor code is different, the attenuation characteristic is
    different.
(4) Option
  H:Ultra high attenuation type
    355 is not applied.
  S:Hexagon socket head cap screw (Standard type is Hexagon head screw)
  L:Ultra high attenuation type for EU" ["$option"]=> string(960) "<p class=fsLL>FTB<sup>(1)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;150<sup>(2)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;663<sup>(3)</sup>&nbsp;&nbsp;-&nbsp;&nbsp;<tt>□</tt><sup>(4)</sup>&nbsp;&nbsp;</p>(1) Model Name<br />(2) Rated Current<br />(3) Line to ground capacitor code<br />&nbsp;&nbsp;Refer to Product Line-up.<br />&nbsp;&nbsp;* When the line to ground capacitor code is different, the attenuation characteristic is<br />&nbsp;&nbsp;&nbsp;&nbsp;different.<br />(4) Option<br />&nbsp;&nbsp;H:Ultra high attenuation type<br />&nbsp;&nbsp;&nbsp;&nbsp;355 is not applied.<br />&nbsp;&nbsp;S:Hexagon socket head cap screw (Standard type is Hexagon head screw)<br />&nbsp;&nbsp;L:Ultra high attenuation type for EU" ["$option_path"]=> string(0) "" ["$$patent"]=> string(239) "Space-saving type
Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC
Selectable leakage current value
Ultra high attenuation type "FTB-150-355-L" for EU (Wye type with neutral earth system) , motor drive system" ["$patent"]=> string(267) "Space-saving type<br />Maximum input voltage 528VAC: 10% fluctuations in voltage 480VAC<br />Selectable leakage current value<br />Ultra high attenuation type "FTB-150-355-L" for EU (Wye type with neutral earth system) , motor drive system" ["$$patent_short"]=> string(53) "Book type,
High-attenuation,
2-stage filter" ["$patent_short"]=> string(65) "Book type,<br />High-attenuation,<br />2-stage filter" ["$$separate_sell_option_txt"]=> string(0) "" ["$separate_sell_option_txt"]=> string(0) "" ["$$leak_current_condition"]=> string(64) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of 355)" ["$leak_current_condition"]=> string(69) "* Input 250/500VAC 60Hz ( input 250/400VAC 60Hz in case of  355)" ["$$note"]=> string(0) "" ["$note"]=> string(0) "" ["$$sale_year"]=> string(4) "2011" ["$sale_year"]=> string(4) "2011" ["$$standard_price"]=> string(1) "-" ["$standard_price"]=> string(1) "-" ["$free_guarantee_term_unit"]=> string(5) "-year" ["$free_guarantee_term_specification"]=> string(1) "5" ["$$rated_volt"]=> string(36) "Three-phase Three-wire 500V 50/60Hz" ["$rated_volt"]=> string(41) "Three-phase Three-wire 500V  50/60Hz" ["$$rated_current"]=> string(4) "150A" ["$rated_current"]=> string(4) "150A" ["$$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$use_temp"]=> string(39) "-40 to +85℃ (Refer to Derating Curve)" ["$$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$safety"]=> string(65) "UL1283, CSA C22.2 No.8 (C-UL) , DIN EN60939 VDE0565 Teil3-1, ENEC" ["$$struct_external_dimension"]=> string(39) "100x210x400 mm [3.94x8.27x15.75 inches]" ["$struct_external_dimension"]=> string(39) "100x210x400 mm [3.94x8.27x15.75 inches]" ["$$struct_mass"]=> string(9) "7.8kg max" ["$struct_mass"]=> string(9) "7.8kg max" ["$$use_altitude"]=> string(0) "" ["$use_altitude"]=> string(0) "" ["$$save_altitude"]=> string(0) "" ["$save_altitude"]=> string(0) "" ["$catalog_pdf"]=> string(25) "/tool/tag/pdf/SFE_FTB.pdf" ["$separate_sell_option_parts_pdf"]=> string(0) "" ["$application_manual_pdf"]=> string(30) "/tool/tag/pdf/technotes_nf.pdf" ["$attenuation_pdf"]=> string(34) "/tool/tag/pdf/CME_FTB(80_150A).pdf" ["$el_circuit"]=> string(31) "/tool/tag/fig/e_cir_ftb-150.jpg" ["$derating"]=> string(31) "/tool/tag/fig/e_der_ftb-150.jpg" ["$external_form"]=> string(0) "" ["$replace_recommend_manual"]=> string(0) "" ["$$replace_recommend_note"]=> string(0) "" ["$replace_recommend_note"]=> string(0) "" ["$is_new"]=> string(1) "0" ["$is_end_sale"]=> string(1) "0" ["$end_sale_date"]=> string(0) "" ["$is_stop_product"]=> string(1) "0" ["$stop_product_date"]=> string(0) "" ["$end_sale"]=> string(1) "0" ["$stop_product"]=> string(1) "0" ["tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_ftb150a.dxf" ["tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["tec_cad_dxf_2"]=> string(0) "" ["tec_cad_dxf_title_2"]=> string(0) "" ["tec_cad_dxf_3"]=> string(0) "" ["tec_cad_dxf_title_3"]=> string(0) "" ["tec_cad_dxf_4"]=> string(0) "" ["tec_cad_dxf_title_4"]=> string(0) "" ["tec_cad_dxf_5"]=> string(0) "" ["tec_cad_dxf_title_5"]=> string(0) "" ["tec_cad_step_1"]=> string(29) "/tool/tag/cad/ftb150(stp).zip" ["tec_cad_step_title_1"]=> string(14) "Standard Model" ["tec_cad_step_2"]=> string(0) "" ["tec_cad_step_title_2"]=> string(0) "" ["tec_cad_step_3"]=> string(0) "" ["tec_cad_step_title_3"]=> string(0) "" ["tec_cad_step_4"]=> string(0) "" ["tec_cad_step_title_4"]=> string(0) "" ["tec_cad_step_5"]=> string(0) "" ["tec_cad_step_title_5"]=> string(0) "" ["tec_cad_iges_1"]=> string(29) "/tool/tag/cad/ftb150(igs).zip" ["tec_cad_iges_title_1"]=> string(14) "Standard Model" ["tec_cad_iges_2"]=> string(0) "" ["tec_cad_iges_title_2"]=> string(0) "" ["tec_cad_iges_3"]=> string(0) "" ["tec_cad_iges_title_3"]=> string(0) "" ["tec_cad_iges_4"]=> string(0) "" ["tec_cad_iges_title_4"]=> string(0) "" ["tec_cad_iges_5"]=> string(0) "" ["tec_cad_iges_title_5"]=> string(0) "" ["$tec_cad_dxf_1"]=> string(27) "/tool/tag/dxf/e_ftb150a.dxf" ["$tec_cad_dxf_title_1"]=> string(14) "Standard Model" ["$tec_cad_dxf_2"]=> string(0) "" ["$tec_cad_dxf_title_2"]=> string(0) "" ["$tec_cad_dxf_3"]=> string(0) "" ["$tec_cad_dxf_title_3"]=> string(0) "" ["$tec_cad_dxf_4"]=> string(0) "" ["$tec_cad_dxf_title_4"]=> string(0) "" ["$tec_cad_dxf_5"]=> string(0) "" ["$tec_cad_dxf_title_5"]=> string(0) "" ["$tec_cad_step_1"]=> string(29) "/tool/tag/cad/ftb150(stp).zip" ["$tec_cad_step_title_1"]=> string(14) "Standard Model" ["$tec_cad_step_2"]=> string(0) "" ["$tec_cad_step_title_2"]=> string(0) "" ["$tec_cad_step_3"]=> string(0) "" ["$tec_cad_step_title_3"]=> string(0) "" ["$tec_cad_step_4"]=> string(0) "" ["$tec_cad_step_title_4"]=> string(0) "" ["$tec_cad_step_5"]=> string(0) "" ["$tec_cad_step_title_5"]=> string(0) "" ["$tec_cad_iges_1"]=> string(29) "/tool/tag/cad/ftb150(igs).zip" ["$tec_cad_iges_title_1"]=> string(14) "Standard Model" ["$tec_cad_iges_2"]=> string(0) "" ["$tec_cad_iges_title_2"]=> string(0) "" ["$tec_cad_iges_3"]=> string(0) "" ["$tec_cad_iges_title_3"]=> string(0) "" ["$tec_cad_iges_4"]=> string(0) "" ["$tec_cad_iges_title_4"]=> string(0) "" ["$tec_cad_iges_5"]=> string(0) "" ["$tec_cad_iges_title_5"]=> string(0) "" ["safety_mark_arr_UL・C-UL"]=> string(1) "1" ["safety_mark_arr_VDE"]=> string(1) "1" ["safety_mark_arr_ENEC"]=> string(1) "1" } } } [8]=> array(76) { ["id"]=> string(1) "8" ["category_sub_id"]=> string(1) "3" ["name"]=> string(3) "TBC" ["pic_path"]=> string(21) "/tool/tag/pic/tbc.jpg" ["is_separate_sell_comment"]=> string(1) "0" ["view_date_s"]=> NULL ["enabled"]=> string(1) "1" ["sort"]=> string(5) "78910" ["created"]=> string(26) "2015-07-13 13:35:32.224452" ["first_letter"]=> string(1) "T" ["product_system_10"]=> string(1) "1" ["product_system_arr"]=> array(1) { [0]=> string(14) "2-stage Filter" } ["product_system_str"]=> string(14) "2-stage Filter" ["product_org_3"]=> string(1) "1" ["product_org_arr"]=> array(1) { [0]=> string(11) "Low Profile" } ["product_org_str"]=> string(11) "Low Profile" ["environment_mark_1"]=> string(1) "1" ["environment_mark_2"]=> string(1) "1" ["environment_mark_arr"]=> array(2) { [0]=> string(4) "RoHS" [1]=> string(3) "eco" } ["environment_mark_str"]=> string(9) "RoHS, eco" ["replace_recommend_arr"]=> array(0) { } ["replace_recommend_str"]=> string(0) "" ["volt_2"]=> string(1) "1" ["volt_arr"]=> array(1) { [0]=> string(17) "Three-phaseAC500V" } ["volt_str"]=> string(17) "Three-phaseAC500V" ["$category_sub_id"]=> string(9) "3ph input" ["$name"]=> string(3) "TBC" ["$pic_path"]=> string(21) "/tool/tag/pic/tbc.jpg" ["$is_separate_sell_comment"]=> string(1) "0" ["$view_date_s"]=> string(0) "" ["$enabled"]=> string(6) "公開" ["$sort"]=> string(5) "78910" ["$created"]=> string(10) "2015/07/13" ["$product_system_10"]=> s