China KP1073QSPA Manufacturer, Supplier, Factory

We follow our enterprise spirit of "Quality, Efficiency, Innovation and Integrity". We aim to create much more worth for our buyers with our abundant resources, highly developed machinery, experienced workers and great providers for KP1073QSPA,KP107AQSPA,KP1070QSPA,KP1071QSPA,KP1072QSPA, We will continue to keep operating hard and as we consider our best to supply the most effective high-quality products, most competitive selling price and exceptional company to each customer. Your gratification, our glory!!!
KP1073QSPA, During the development, our company has built a well-known brand. It is well highly acclaimed by our customers. OEM and ODM are accepted. We've been looking forward to customers from all over the world to join us to a wild cooperation.

Hot Products

  • KP18068ESPA

    KP18068ESPA

    KP18068ESPA is a high-precision five channel high voltage LED linear constant current dimming chip, which can be independently set with the I2C (Inter-Integrated-Circuit Bus) interface to adjust the size of five current channels and maintain various dimming modes.
  • AS3899

    AS3899

    The AS3899A is a high-performance, high-precision resonant mode two-terminal controller designed for LLC half-bridge resonant circuit control applications.
  • SI1211

    SI1211

    SI1211 is an AC high-voltage AC linear LDO constant voltage chip with a compact inductorless design.
  • KP107XQSPA

    KP107XQSPA

    KP107XQSPA is a highly integrated power switch with Quasi-Resonant Buck (QR-Buck) constant current (CC) control for LED lighting applications without auxiliary winding.
  • KP1059AWPA

    KP1059AWPA

    KP1059AWPA is a highly integrated power switch with Quasi-Resonant Buck (QR-Buck) constant current (CC) control for LED lighting applications.
  • 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.

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