China Isolated Constant Current LED Driver Chip with PWM Dimming Function Manufacturer, Supplier, Factory

We are commitment to offer the competitive price ,outstanding products quality, as well as fast delivery for Isolated Constant Current LED Driver Chip with PWM Dimming Function,KP1315SPA,0-10V Dimming Chip, On account of superior top quality and aggressive selling price , we'll be the market leader, be sure to don’t wait to get in touch with us by phone or email, should you be intrigued in almost any of our products.
Isolated Constant Current LED Driver Chip with PWM Dimming Function, What You Need Is What We Pursue.We are sure our products will bring you first class quality.And now sincerely hope to promote partner friendship with you from all over the world. Let's joint hands to cooperate with mutual benefits!

Hot Products

  • KP1463SPA

    KP1463SPA

    KP1463SPA is a high precision, dimming LED constant current controller suitable for non-isolated step-down LED constant current power supply with a full range of AC input voltage.
  • KP28123SGA

    KP28123SGA

    KP28123SGA 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.
  • KP15052SPA

    KP15052SPA

    The KP15052SPA series is a high-performance, low-cost PWM controlled power switch for off-line low-power step-down applications with simple peripheral circuits and fewer components.
  • KP2806LGA

    KP2806LGA

    The KP2806LGA is a high-performance, quasi-resonant (QR) Boost type (Boost) constant voltage power factor correction (PFC) controller.
  • NE1189

    NE1189

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