China Isolated PSR LED Power Chip Manufacturer, Supplier, Factory

"Quality 1st, Honesty as base, Sincere assistance and mutual profit" is our idea, in order to create consistently and pursue the excellence for Isolated PSR LED Power Chip,KP1191SPA,KP1192SPA,KP1193DP,KP1194DP, You may find the lowest price here. Also you will get high quality products and excellent service here! Please do not hesitate to contact us!
Isolated PSR LED Power Chip, All our staffs believe that: Quality builds today and service creates future. We know that good quality and the best service are the only way for us to achieve our customers and to achieve ourselves too. We welcome customers all over the word to contact us for future business relationships. Our items are the best. Once Selected, Perfect Forever!

Hot Products

  • KP1315SPA

    KP1315SPA

    The KP1315SPA model supports PWM and 0-10V dimming isolation primary PSR constant current chips, with high dimming accuracy and depth, suitable for applications such as medium and high-power isolated lighting power supplies.
  • KP28162SGA

    KP28162SGA

    KP28162SGA is a single-stage high PFC non isolated constant voltage BUCK power chip. The chip adopts a quasi resonant operating mode and adaptively adjusts the output voltage, which not only meets the voltage requirements of the later stage linear constant current, but also improves system efficiency.
  • KP201LGA

    KP201LGA

    The KP201LGA is a high-performance PWM controller designed for off-line flyback power supplies.
  • NE1189

    NE1189

    The NE1189 is a dual-channel synchronous rectifier (SR) controller IC high performance system.
  • 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.
  • KP10760WPA

    KP10760WPA

    KP10760WPA combines a 500V power MOSFET, 600V FRD, 800V Rectifier Bridge and high voltage startup/IC supply circuit in one chip which reduced system design cost.

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