China Adjustable OTP Buck LED Power Chip Manufacturer, Supplier, Factory
Assume full responsibility to satisfy all needs of our clients; achieve continual advancements by endorsing the expansion of our purchasers; turn into the final permanent cooperative partner of clientele and maximize the interests of clients for Adjustable OTP Buck LED Power Chip,KP107AQSPA,KP1070QSPA,KP1071QSPA,KP1072QSPA, Customers' profit and pleasure are constantly our biggest goal. You should contact us. Give us a probability, offer you a surprise.
Adjustable OTP Buck LED Power Chip, We honor ourselves as a company that comprises of a strong team of professionals who are innovative and well experienced in the international trading, business development and product advancement. Moreover, the company stays unique among its competitors due to its superior standard of quality in production, and its efficiency and flexibility in business support.
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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.
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.
NE1180
The NE1180 is a controller for continuous on-mode (CCM) power factor correction (PFC) step-up preconverters.
KP116SPA
KP116SPA is a highly integrated constant current LED controller, the chip adopts a quasi-resonant mode of operation, and the active power factor correction control technology can meet the requirements of high power factor, low harmonic distortion and high efficiency.
KP1059AWPA
KP1059AWPA is a highly integrated power switch with Quasi-Resonant Buck (QR-Buck) constant current (CC) control for LED lighting applications.
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.
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