HF2835 Search Results

HF2835-163Y1R5-01

Abstract: HF3542-472Y4R0-01 HF2825-163Y1R5-01 HF2835 HF2825
Contextual Info: TDK Common-Mode Choke Coils 0.15A to 30A HF2825, HF2835 A N D HF3542 T Y P E S This type is a common-mode choke coil for noise prevention with winding on separated bobbins on a double-closed-magnetic-circuit ferrite core see below illustration to ensure a higher inductance with a

183Y0R5

Abstract: tdk hf2022r-402y1r0-01 HF2827-123Y1R5-01 HF2022R-253Y0R4-01 UF171 HF2018R-333Y0R3-01
Contextual Info: 1/7 001-01 / 20030224 / e93_hf.fm EMC Components HF Series Common Mode Choke Coils(Line Filters) for AC Power Supply Closed Magnetic Circuit Core Type TDK common mode choke coils(line filters) are used in a wide range of prevention of electromagnetic interference(EMI) and radio

TF231

Contextual Info: EMI/RFI Filters COMMON-MODE CHOKE COILS FOR POWER SUPPLY LINE RATINGS Rated voltage Vac 250 Dielectric withstanding voltage (Vac) 2000 [Between each winding for 1 minute] Insulation resistance (MO) 100 min. [Between terminals for 1 minute, 500Vdc] Operating temperature

UF1717

Abstract: bobbin type for ferrite core TDK NiZn Ferrite TDK common mode choke uf2327l-202y2r0-01 tdk BOBBIN TF6029
Contextual Info: 1/6 001-01 / 20030225 / e93_uf.fm EMC Components UF Series Common Mode Choke Coils(Line Filters) for AC Power Supply Compact and Separable Bobbin Type TDK common mode choke coils(line filters) are used in a wide range of prevention of electromagnetic interference(EMI) and radio

Contextual Info: 1/25 001-01 / 20030224 / e93_tf.fm EMC Components TF Series Common Mode Choke Coils(Line Filters) for AC Power Supply Toroidal Core Type TDK common mode choke coils(line filters) are used in a wide range of prevention of electromagnetic interference(EMI) and radio

Contextual Info: 3 Filters EMI Prevention Components EMI/EMC_ C om m on-m ode choke coil COMMON-MODE CHOKES HF series FEATURES RATINGS • Closed-magnetic circuit ferrite core on separated bobbins with winding to ensure a low leakage flux and a high impedance and compact size.