Specializing in the production of High frequency transformers&Common mode choke &SMD power inductors &Digital amplifier inductors and other magnetic components.
Specializing in manufacturing alternatives to Wurth, Sumida, Coilcraft TDK (EPCOS) transformer inductors, the price is more competitive!
Power line chokes: Current-compensated ring core double chokes 250 V AC, 4.7 … 47 mH, 0.25 … 1.0 A, +40 °C / +60 °C / +70 °C Nominal inductance 4.7 mH ... 47 mH Rated voltage 250 V AC Part Code Inductance: (mH) ... Read More
Rated voltage 250 V AC Rated inductance 3.3 ~100 mH Rated current 0.35~1.8 A / +40 °C Construction ■ Current-compensated double choke ■ Closed rectangular ferrite core ■ Closed plastic coil former ■ Without ... Read More
Dimensions: [mm] Characteristics ■Core material: Mzinc Ferrite ■High resonance frequency due to special winding technique ■High interference stability against RF interference and burst signals ■Compact design ... Read More
Dimensions: [mm] Construction ■ Current-compensated frame core double choke ■ Closed magnetic circuit with frame construction made of ferrite ■ 2-section winding with direct winding on the core ■ Sector winding ... Read More
Dimensions: [mm] Construction ■ Current-compensated frame core double choke ■ Closed magnetic circuit with frame construction made of ferrite ■ 2-section winding with direct winding on the core ■ Sector winding ... Read More
Dimensions: [mm] Characteristics ■Core material: Mzinc Ferrite ■High resonance frequency due to special winding technique ■High interference stability against RF interference and burst signals ■Compact design ... Read More
Dimensions: [mm] Characteristics ■Core material: Mzinc Ferrite ■High resonance frequency due to special winding technique ■High interference stability against RF interference and burst signals ■Compact design ... Read More
Dimensions: [mm] Characteristics Core material: Nickel-Zinc Ferrite High suppression rates of asymmetrical interferences at high and middle frequencies High interference stability against RF interference and ... Read More
Dimensions: [mm] Characteristics Core material: Nickel-Zinc Ferrite High suppression rates of asymmetrical interferences at high and middle frequencies High interference stability against RF interference and ... Read More