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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The PQ-type resonant inductor is a wound power inductor with a PQ ferrite core, designed for resonant circuits (e.g., LLC resonant converters). Leveraging the core's high permeability and low loss, it works with capacitors to set the resonant frequency, making it a key component for efficient, compact power supply designs.
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The core advantages of the PQ-type flat-wire differential-mode inductor lie in low loss, high current handling capability, and miniaturization. In addition, its manufacturing process is relatively simpler compared to traditional round-wire solutions, making it an ideal filtering component for power supply designs that pursue high power density and high efficiency.
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The flat-wire block inductor is a power inductor formed by winding flat rectangular conductors around or within a block-type molded magnetic core. Its key attributes—high current capacity, low loss, and efficient heat dissipation—make it well-suited for high-frequency, high-power electronic equipment.
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Rod-type powder core inductor is a core component in power management and filter circuits. It generally refers to an inductor constructed by winding a coil around a rod-shaped magnetic core.
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The combination of a racetrack core and vertical flat-wire winding delivers minimal copper loss and exceptional high-frequency EMI filtering within a minimal space. It is purpose-built for demanding applications including EVs, server power supplies, and industrial automation.
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An automotive coupled inductor is a magnetic component for automotive power systems, with two or more windings coupled via a core. It handles energy transfer, filtering, storage, and voltage/current balancing. By integrating multiple circuits into one device, it optimizes power density and saves PCB space.
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Metal powder core inductors are designed for high-current power applications requiring excellent energy storage capability and low power loss. Featuring high saturation characteristics and stable performance under DC bias conditions, they provide reliable solutions for power conversion, filtering, and energy management systems.
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A toroidal flat-wire PFC inductor uses flat copper wire wound on a toroidal core to improve efficiency and power density in high-power supplies. Key benefits over round-wire designs include lower losses, better thermal performance, and smaller size—ideal for EV chargers, solar inverters, and switching power supplies.
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Toroidal powder core inductors are designed for efficient power management and filtering in household appliances and consumer electronics. With excellent magnetic stability, low core loss, and strong current handling capability, they help improve energy efficiency and ensure reliable operation in various power supply systems.
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On-board block-type flat-wire power inductors constitute a class of high-performance power inductors engineered exclusively for automotive electronic systems. Their defining characteristics include the utilization of flat enameled copper wire for winding and a block-type magnetic core architecture, available in either assembled or molded configurations. These components rigorously comply with the AEC-Q200 automotive-grade certification standard. Consequently, they ensure reliable and highly efficient power conversion under demanding vehicular conditions, characterized by high current loads, elevated temperatures, and substantial mechanical vibration.
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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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