China Dual-Tube PFC Chip Manufacturer, Supplier, Factory

Our progress depends on the highly developed products ,great talents and repeatedly strengthened technology forces for Dual-Tube PFC Chip,Interleaved PFC Chip,Alternative to NCP1631 Power Supply Chip, We warmly welcome pals from all walks of lifetime to hunt mutual cooperation and generate a far more outstanding and splendid tomorrow.
Dual-Tube PFC Chip, We adopted technique and quality system management, based on ""customer orientated, reputation first, mutual benefit, develop with joint efforts"", welcome friends to communicate and cooperate from all over the world.

Hot Products

  • KP116SPA

    KP116SPA

    KP116SPA is a highly integrated constant current LED controller, the chip adopts a quasi-resonant mode of operation, and the active power factor correction control technology can meet the requirements of high power factor, low harmonic distortion and high efficiency.
  • AS8111STA

    AS8111STA

    The AS8111STA is a high-performance quasi-resonant mode non-isolated controller that delivers high precision constant voltage and constant current output performance.
  • AS3899

    AS3899

    The AS3899A is a high-performance, high-precision resonant mode two-terminal controller designed for LLC half-bridge resonant circuit control applications.
  • AS8211HV

    AS8211HV

    The AS8211HV is a high-performance, low-cost PWM controlled power switch suitable for off-line low-power step-down applications with simple peripheral circuits and fewer devices.
  • KP86201

    KP86201

    KP86201 is a single-phase induction motor controller based on the direct AC-to-AC converter (DAACTM) architecture, which can realize a single-phase AC motor stepless speed regulation solution with high power density, high efficiency, high power factor and low harmonics.
  • KP1079XWPA

    KP1079XWPA

    KP1079XWPA is a highly integrated power switch with Quasi-Resonant Buck (QR-Buck) constant current (CC) control for LED lighting applications without auxiliary winding.

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