• For electric vehicle owners, shortening the charging time is a very important requirement, and high-power charging is the key supporting technology. Charging (application) requires high voltage, high current, and high performance in a high-temperature environment.

    SHYSEMI's SiC MOS series products can meet the application of high-power DC charging modules.

    EV Charging Station

    • Inverter efficiency improved by 5% to 8%.
    • Halogen Free, RoHS Compliant
    • Enhancement Mode
    • High Blocking Voltage

  • Model Selection Guide

    Replacement list of Models with Industry's Top Enterprises. SHYSEMI's products compete with Infineon and STMicroelectronics, offering a range of affordable alternatives.

  • Block Diagram

    As EV adoption grows and governments target zero emissions by 2050, efficient charging solutions are becoming critical. Consumer research shows that charging speed and availability drive EV acceptance, making high-power DC fast-charging stations essential. Today, most EVs can reach 80% charge in under ten minutes, while AC charging remains a cost-effective option when time allows.

    Benefits

    • Compact, cost-effective devices
    • High-performance microcontrollers
    • Accurate current sensors
    • Robust performance
    • End-to-end AC EV charging solutions
    • Noise-free auxiliary power ICs

  • Recommend Products

    SiC MOSFET to-247 packing
    MUR/FRD packing

    SiC MOSFET

    FRD(MUR)

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