China KP18062ESPA Manufacturer, Supplier, Factory

We depend on sturdy technical force and continually create sophisticated technologies to satisfy the demand of KP18062ESPA,Dual-Channel Linear LED Driver,Linear Constant Current Chip, Our skilled complex workforce is going to be wholeheartedly at your assistance. We sincerely welcome you to definitely pay a visit to our site and firm and deliver us your inquiry.
KP18062ESPA, During the development, our company has built a well-known brand. It is well highly acclaimed by our customers. OEM and ODM are accepted. We are looking forward to customers from all over the world to join us to a wild cooperation.

Hot Products

  • KP18068ESPA

    KP18068ESPA

    KP18068ESPA is a high-precision five channel high voltage LED linear constant current dimming chip, which can be independently set with the I2C (Inter-Integrated-Circuit Bus) interface to adjust the size of five current channels and maintain various dimming modes.
  • AS2561

    AS2561

    The AS2561 is a high-performance, quasi-resonant (QR) Boost type (Boost) constant voltage power factor correction (PFC) controller.
  • 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.
  • CW1131

    CW1131

    CW1131 is a SOT23-3 packaged three pin non isolated BUCK fixed 5V output power chip, high integration and low-cost PWM power switch, suitable for buck and buck circuits.
  • KP119X

    KP119X

    KP119X is a family of highly integrated power switch with DCM (Discontinuous Conduction Mode) Primary Side Regulation (PSR) constant current (CC) control for high power isolated LED lighting applications.
  • KP127XFHSPA

    KP127XFHSPA

    KP127XFHSPA 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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