China Simplified Low-Cost BUCK Power Supply Chip Manufacturer, Supplier, Factory
We are also specializing in improving the things management and QC method in order that we could retain terrific edge inside the fiercely-competitive small business for Simplified Low-Cost BUCK Power Supply Chip,KP15052SPA,AC220V to 12V Non-isolated BUCK Chip,Simplified 5V Auxiliary Power Supply Circuit, We are now looking forward to even greater cooperation with overseas customers based on mutual benefits. If you are interested in any of our products, please feel free to contact us for more details.
Simplified Low-Cost BUCK Power Supply Chip, Why we can do these? Because: A, We have been honest and reliable. Our solutions have high quality, attractive price, sufficient supply capacity and perfect service. B, Our geographical position has a big advantage . C, Various types: Welcome your inquiry, It will probably be highly appreciated.
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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.
NDP23A5QB
The NDP23A5QB is an efficient, single-chip synchronous buck DC/DC converter with a jitter frequency and average current mode control architecture.
KP521001
The KP521001 is a synchronous buck converter that operates over a wide input voltage range from 7V to 100V.
KP2806LGA
The KP2806LGA is a high-performance, quasi-resonant (QR) Boost type (Boost) constant voltage power factor correction (PFC) controller.
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.
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.
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