China KP1072QSPA Manufacturer, Supplier, Factory
Our organization sticks for the principle of "Quality will be the life of your business, and name may be the soul of it" for KP1072QSPA,KP107AQSPA,KP1070QSPA,KP1071QSPA,KP1073QSPA, Leading the trend of this field is our persistent objective. Supplying first class solutions is our intention. To create a beautiful upcoming, we wish to cooperate with all close friends in the home and overseas. Should you have got any interest in our products and solutions, remember to never wait to call us.
KP1072QSPA, By continuous innovation, we will supply you with more valuable merchandise and services, and also make a contribution for the development of the automobile industry at home and abroad. Both domestic and foreign merchants are strongly welcomed to join us to grow together.
Related Products
Hot Products
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.
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.
NDP36501
The NDP36501 is an efficient step-down controller. With a wide input operating voltage range of 6V to 60V, it uses Continuous current mode (CCM) to power high-brightness leds.
AS8301
The AS8301 is a micropower isolated flyback switching power supply chip. No third party windings and optical couplings are required, and the output voltage is controlled by the primary voltage feedback.
AS29011
The AS29011 is a SOT89-5 package ultra-high voltage linear regulator capable of withstanding continuous DC or transient input voltages of up to 85V.
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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