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.

Hot Products

  • KP1463SPA

    KP1463SPA

    KP1463SPA is a high precision, dimming LED constant current controller suitable for non-isolated step-down LED constant current power supply with a full range of AC input voltage.
  • KP14622SPA

    KP14622SPA

    KP14622SPA is a PF>0.9 high precision, dimming type LED constant current driver control chip. Non-isolated step-down LED constant current power supply for a full range of AC input voltages.
  • KP2801SGA

    KP2801SGA

    The KP2801SGA is a high-performance, quasi-resonant (QR) Boost type (Boost) constant voltage power factor correction (PFC) controller.
  • KP15051SPA

    KP15051SPA

    The KP15051SPA 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.
  • 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.
  • AS8211HV

    AS8211HV

    The AS8211HV is a high-performance, low-cost PWM controlled power switch suitable for off-line low-power step-down applications with simple peripheral circuits and fewer devices.

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