Core Features

1. Ultra-fast transient response: Strong coupling dual-winding design significantly reduces voltage drop and recovery time, perfectly meeting the instantaneous large current requirements of CPU/GPU/ASIC.

2. Ultra-high power density: Low inductance, high current characteristics, capable of supporting current output of thousands of amperes, significantly reducing the size of the power module and improving system integration.

3. High efficiency and low loss: Low DC resistance (DCR) and low iron loss magnetic materials reduce conduction and core losses, improve power conversion efficiency, and reduce heat generation.

4. Optimized current equalization: Multi-phase coupling structure ensures uniform distribution of each phase current, enhancing system stability and reliability.

Main Applications

1. AI and Computing Power Centers: AI servers, GPU/ASIC acceleration cards, HPC clusters, supporting instantaneous switching between high current and high-frequency loads.

2. Data Centers: Server multi-phase VRM, power supplies for storage and network equipment, enhancing power density and energy efficiency.

3. High-End Computing: Power supply for desktops/laptops CPU, high-end graphics cards, achieving efficient and stable high current output.

4. Communication and Industry: 5G base stations, industrial control motherboards, high-power inverters, ensuring power stability under complex loads.

TLVR Inductors, with the core advantages of "fast response, high current, high density, and high efficiency", redefine the magnetic component standards for high-performance power systems.