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POWER ELECTRONICS

  • High-Efficiency Flat-wire Common-mode Choke for Advanced Power Systems

    This high-efficiency flat-wire common-mode inductor is designed specifically for high-power-density power systems. Its flat-winding structure effectively minimizes the skin effect and DC resistance, significantly enhancing current-carrying capacity and thermal dissipation efficiency. With its excellent electromagnetic interference (EMI) suppression capabilities and compact footprint, it is an ideal choice for cutting-edge industrial applications such as new energy vehicles, photovoltaic inverters, and high-frequency switching power supplies.

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  • High-Efficiency Three-phase Silicon Steel Inductor

    A three-phase silicon steel reactor is a three-phase AC power device that utilizes silicon steel laminations as its core material. It plays a vital role in power systems by limiting currents, suppressing harmonics, and improving power quality.

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  • High Power Density CD-Type Amorphous Inductor for Energy-Efficient Systems

    Combining the structural advantages of CD-type designs with amorphous material properties, this inductor delivers exceptionally high power density and minimal energy loss within a compact size. Its superior thermal stability and high-frequency performance significantly reduce heat dissipation and enhance system operating efficiency. Purpose-built for renewable energy and high-efficiency industrial power supplies, it enables lighter and more energy-efficient power solutions.

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