China KP10791WAP Manufacturer, Supplier, Factory

continue on to improve, to be sure product or service high quality in line with market and consumer standard prerequisites. Our firm has a high-quality assurance program are established for KP10791WAP,KP1079AWPA,KP10790WAP,KP10792WAP,Rectifier Bridge Integrated Buck LED Power Chip, To supply prospects with superb equipment and providers, and constantly build new machine is our company's organization objectives. We look ahead for your cooperation.
KP10791WAP, Our goods are produced with the best raw materials. Every moment, we constantly improve the production programme. In order to ensure better quality and service, we have been focusing on the production process. We have now got high praise by partner. We're looking forward to establishing business relationship with you.

Hot Products

  • KP2801SGA

    KP2801SGA

    The KP2801SGA is a high-performance, quasi-resonant (QR) Boost type (Boost) constant voltage power factor correction (PFC) controller.
  • AS6911SGA

    AS6911SGA

    AS6911SGA is a highly integrated step-down constant current LED driver for LED intelligent dimming applications.
  • AS3899

    AS3899

    The AS3899A is a high-performance, high-precision resonant mode two-terminal controller designed for LLC half-bridge resonant circuit control applications.
  • KP1325LGA

    KP1325LGA

    KP1325LGA is a highly integrated constant current LED power controller, the chip adopts the primary feedback quasi-resonant mode, and the active power factor correction control technology can meet the performance requirements of high power factor, low harmonic distortion and high efficiency.
  • KP1054AVPA

    KP1054AVPA

    KP1054AVPA is a highly integrated power switch with Quasi-Resonant Buck (QR-Buck) constant current (CC) control for LED lighting applications.
  • KP18108ESPA

    KP18108ESPA

    KP18108ESPA is a high PF, high-efficiency linear constant current LED driver chip that uses linear constant current technology to accurately set the LED string current through external resistors.

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