High Power Density CD-Type Amorphous Inductor for Energy-Efficient 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.

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.

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.

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.

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.

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.

Nanocrystalline common-mode chokes are high-performance electromagnetic interference (EMI) suppression devices that utilize nanocrystalline soft magnetic materials as the core. By providing high impedance across a wide frequency range, they effectively absorb and attenuate common-mode noise, ensuring reliable electromagnetic compatibility (EMC) for your electronic systems. With superior saturation flux density, excellent temperature stability, and compact size, they are the ideal choice for high-power, high-reliability applications such as electric vehicles, photovoltaic inverters, and industrial drives.  

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.