Core Features

1. Ultra-high power density: Achieve high current and high saturation capability within a compact package, significantly reducing the size of the power module and meeting the requirements for high-density integration.

2. High efficiency and low loss: Combining low DC resistance (DCR) with low iron loss magnetic materials, significantly reducing conduction and core losses, improving power conversion efficiency and reducing heat generation.

3. Excellent heat dissipation performance: Integrated metal base and open/half-open magnetic circuit design, with a large heat dissipation area, suitable for long-term high-load operation.

4. High reliability and stability: Robust structure, wide temperature range operation (-40°C to 125°C and above), resistant to vibration and impact, meeting demanding industrial and vehicle environments.

5. Low EMI and high shielding: Optimized magnetic circuit and shielding design, effectively suppressing electromagnetic radiation and crosstalk, meeting strict EMC standards.

Main Application

1. Data center and AI computing power: Server multi-phase VRM, GPU/ASIC acceleration cards, HPC clusters, supporting instantaneous large current and high-frequency load switching.

2. Communication infrastructure: 5G base station power supply, optical modules, routers, ensuring high-power, low-noise, and high-stability power supply.

3. Automotive electronics: On-board OBC, DC-DC converters, ADAS power supply, meeting automotive-grade high-power and reliability requirements.

4. Industrial and new energy: High-power UPS, photovoltaic inverters, energy storage converters, servo drives, achieving efficient and stable high-power conversion.

5. High-end consumer electronics: Laptops, gaming laptops, fast charging adapters, pursuing ultimate energy efficiency and miniaturization.
Power Module Inductor, with "high power density, high efficiency, strong heat dissipation, high reliability, and low EMI" as its core advantages, is the key support for modern high-end power supply systems to achieve high performance and miniaturization.