China KP1072QSPA Manufacturer, Supplier, Factory

Our organization sticks for the principle of "Quality will be the life of your business, and name may be the soul of it" for KP1072QSPA,KP107AQSPA,KP1070QSPA,KP1071QSPA,KP1073QSPA, Leading the trend of this field is our persistent objective. Supplying first class solutions is our intention. To create a beautiful upcoming, we wish to cooperate with all close friends in the home and overseas. Should you have got any interest in our products and solutions, remember to never wait to call us.
KP1072QSPA, By continuous innovation, we will supply you with more valuable merchandise and services, and also make a contribution for the development of the automobile industry at home and abroad. Both domestic and foreign merchants are strongly welcomed to join us to grow together.

Hot Products

  • AS3899

    AS3899

    The AS3899A is a high-performance, high-precision resonant mode two-terminal controller designed for LLC half-bridge resonant circuit control applications.
  • KP2202SGA

    KP2202SGA

    KP2202SGA is a high frequency high performance quasi-resonant current mode PWM controller for off-line flyback converters.
  • AS8301

    AS8301

    The AS8301 is a micropower isolated flyback switching power supply chip. No third party windings and optical couplings are required, and the output voltage is controlled by the primary voltage feedback.
  • KP1076X

    KP1076X

    KP1076X is a highly integrated power switch with Quasi-Resonant Buck (QR-Buck) constant current (CC) control for LED lighting applications without auxiliary winding.
  • KP126XFCSPA

    KP126XFCSPA

    KP126XFCSPA is a family of highly integrated Constant Current LED power switch. The IC utilizes Quasi-Resonant (QR) Buck topology with active PFC control for high PF, low THD, and high efficiency.
  • KP127XFCSA

    KP127XFCSA

    KP127XFCSA is a family of highly integrated Constant Current LED power switch. The IC utilizes Quasi-Resonant (QR) Buck topology with active PFC control for high PF, low THD, and high efficiency.

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