China KP1315SPA Manufacturer, Supplier, Factory

We have quite a few great team customers very good at internet marketing, QC, and dealing with kinds of troublesome trouble while in the output approach for KP1315SPA,0-10V Dimming Chip,Isolated Constant Current LED Driver Chip with PWM Dimming Function, Sincerely hope to build long lasting company relationships with you and we're going to do our best company in your case.
KP1315SPA, Our company has a skillful sales team, strong economic foundation, great technical force, advanced equipment, complete testing means, and excellent after-sales services. Our items have beautiful appearance, fine workmanship and superior quality and win the unanimous approvals of the customers all over the world.

Hot Products

  • KP1402ASSGA

    KP1402ASSGA

    KP1402ASSGA is a 0-10V analog dimming signal to PWM digital signal chip. The chip can detect different dimming input signals (including 0/1-10V, 10-0/1V, 0/1-5V, 5-0/1V voltage dimming signals, PWM signals with 0-100% duty cycle, and simple resistance dimming signals), and convert the input signals into corresponding duty cycle PWM signals to adjust the output current of the LED driver.
  • KP28122SGA

    KP28122SGA

    KP28123SGA - a single stage high PFC non isolated constant voltage BUCK power chip. KP28122SGA integrates high-voltage 500V power MOSFETs, high-voltage startup and power supply circuits, simplifying system design and production costs.
  • AS2780

    AS2780

    The AS2780 is a constant voltage output controller with high power factor, low total harmonic distortion, and primary side control.
  • NE1189

    NE1189

    The NE1189 is a dual-channel synchronous rectifier (SR) controller IC high performance system.
  • AS6911SGA

    AS6911SGA

    AS6911SGA is a highly integrated step-down constant current LED driver for LED intelligent dimming applications.
  • AS8211HV

    AS8211HV

    The AS8211HV is a high-performance, low-cost PWM controlled power switch suitable for off-line low-power step-down applications with simple peripheral circuits and fewer devices.

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