E160908S Search Results

LQE160908S

Abstract: LQE160910S LQE181110S LQE191006U
Contextual Info: AMORPHOUS CHOKE COILS RoHS Compliant ?MAJOR USES @Car audio for Alternator noise prevension ?FEATURES @Miniaturization in comparison with ferrite choke coil and dust choke coil @Miniaturization and reduction of DC resistance @Low leakage flux due to gap-less structure

Contextual Info: AMORPHOUS CHOKE COILS New! Reference sample W D ?MAJOR USES D : Maximum outer diameter W : Maximum width Total lead length (L)* : 30mm (+3mm, -3mm) Soldering boundary (a)* : 0mm (+4mm, -0mm) * The bottom of the core or coil ( )is defined as the base surface.

TM-10160

Abstract: TM10160 TM1060 xd405 CM06151G6 LBTM005100NS-V00 CM60130GK LBTM010500N7-V0 CM35500GK LPT211205N
Contextual Info: AMORPHOUS CHOKE COILS CAT. No. E1008E ?List of products Series Major uses Miniatur- Thin ization Type Low loss Low cost Large capacity Classification Standard Specifications & Coil Series Guide CM Switching mode power supplies DC-DC converter Normal mode line filter

LQE160910S

Abstract: 500 mh inductANCE COIL ferrite core choke coil LQE160908S LQE181110S LQE191006U
Contextual Info: AMORPHOUS CHOKE COILS ?MAJOR USES @Car audio for Alternator noise prevension ?FEATURES @Miniaturization in comparison with ferrite choke coil and dust choke coil @Miniaturization and reduction of DC resistance @Low leakage flux due to gap-less structure ?CORE STANDARD SPECIFICATIONS

CAR ALTERNATOR

Contextual Info: AMORPHOUS CHOKE COILS Reference sample a D W ?MAJOR USES L @For alternator noize preventive. @For car audio system. @For car navigation system. D : Maximum outer diameter W : Maximum width Total lead length (L)* : 30mm (+3 mm, -3mm) Soldering boundary (a)* : 1.5mmMAX

LCEM001471SW-V00

Abstract: LQE110705S LQE160908S LQE160910S LQE181110S LQE191006U
Contextual Info: AMORPHOUS CHOKE COILS ?MAJOR USES @Car audio for Alternator noise prevension ?FEATURES @Miniaturization in comparison with ferrite choke coil and dust choke coil @Miniaturization and reduction of DC resistance @Low leakage flux due to gap-less structure ?CORE STANDARD SPECIFICATIONS