China KP10762CWPA Manufacturer, Supplier, Factory

We've got a specialist, effectiveness staff to supply high quality service for our shopper. We always follow the tenet of customer-oriented, details-focused for KP10762CWPA,KP10760WPA,KP10761BWPA,DOB LED Power Chip,Rectifier Bridge Integrated LED Power Chip, We are generally looking ahead to forming effective business associations with new clientele around the world.
KP10762CWPA, We also provide OEM service that caters to your specific needs and requirements. With a strong team of experienced engineers in hose design and development, we value every opportunity to provide best products for our customers.

Hot Products

  • KP18062ESPA

    KP18062ESPA

    KP18062ESPA is a dual channel LED linear constant current driver chip that can meet the requirements of the 1EC-61000-3-2: 2018 specification. The chip adopts linear constant current technology, which does not require magnetic components and can save system costs.
  • KP1315SPA

    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.
  • AS1631

    AS1631

    The AS1631 is a resonant switching power controller based on a half-bridge LLC resonant converter. The chip integrates high-voltage start, AC power failure detection and X capacitor discharge functions to meet the requirements of fast start and ultra-low standby.
  • KP2806LGA

    KP2806LGA

    The KP2806LGA is a high-performance, quasi-resonant (QR) Boost type (Boost) constant voltage power factor correction (PFC) controller.
  • AS5026

    AS5026

    The AS5026 optimizes all functions of the current mode controller with active clamp reset technology.
  • KP127XFCSA

    KP127XFCSA

    KP127XFCSA is a family of highly integrated Constant Current LED power switch. The IC utilizes Quasi-Resonant (QR) Buck topology with active PFC control for high PF, low THD, and high efficiency.

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