Fenghua Advanced Tech Launches Series Power Inductors for Computing Servers

Amid the explosive growth in computing power, server power consumption is approaching kilowatt levels, making the challenges of "high current, high density, and strong interference" in power supply increasingly prominent. As the "core hub" in power management circuits, inductor performance is directly related to whether a system can achieve efficient and stable operation. Fenghua Advanced Tech’s HUH0420/0530 series power inductors, leveraging the hardcore advantages of "low loss, high reliability, and compact size," directly address the core pain points of high-end power supply, building a stable and efficient power foundation for computing power upgrades.

Core Application: Focusing on High-Demand Power Regulation

The HUH0420/0530 series adopts amorphous nanocrystalline core materials, with a temperature resistance rating of up to 125°C, specifically designed for scenarios requiring extremely high power stability. This series is widely used in voltage regulator modules (VRM), solid-state drive (SSD) power supply, laptop voltage regulators, graphics card power supplies, data storage systems, battery management circuits, and other fields, and performs excellently in AI server auxiliary power supplies and edge computing device power modules.

Major Advantages: Directly Addressing Computing Power Supply Pain Points

Efficiency Champion: Innovative Structure, Significantly Reduced Loss

The product adopts an innovative structure combining amorphous nanocrystalline magnetic powder cores with flat-wire horizontal winding. The flat-wire winding effectively reduces DC resistance, minimizes power loss, and suppresses temperature rise. The amorphous nanocrystalline material ensures stable inductance value and current-carrying capacity across a wide temperature range from -55°C to 125°C, helping terminal equipment improve energy efficiency and align with the trend of green computing.

Space Champion: High-Density Packaging, Saves Space and Boosts Efficiency

Optimized for PCB layouts with stringent space requirements, such as AI servers and high-end graphics cards. Featuring an innovative three-side electrode design, the 0420 specification achieves high power density with a compact size of just 4.0mm×4.0mm×2.0mm. The bottom electrode not only facilitates soldering but also forms effective magnetic shielding, reducing magnetic field interference and achieving dual goals of space saving and performance enhancement.

Customization Champion: Modular Architecture, On-Demand Adaptation

Utilizing a unique T-core and U-core modular assembly design, breaking the limitations of traditional fixed inductor structures. Magnetic core materials (such as nanocrystalline) can be flexibly replaced according to specific customer requirements, and key parameters like inductance value and saturation current can be quickly adjusted to adapt to power supply solutions of different power levels. The modular architecture significantly improves customization response efficiency while ensuring dimensional accuracy, meeting the diverse technical needs of AI computing scenarios.

Anti-Interference Champion: Full Magnetic Shielding, Zero EMC Risk

The coil is fully encased by the magnetic core, forming a closed-loop magnetic circuit protection structure. This design not only efficiently suppresses outward magnetic field radiation, reducing electromagnetic interference (EMI), but also effectively resists the impact of external magnetic fields, ensuring stable operation of the inductance value. It addresses electromagnetic compatibility (EMC) challenges in high-density integrated environments at the source, providing reliable protection for core equipment such as AI servers and data storage.

Full-Chain Support: Building a Solid Foundation for High-Performance Hardcore Assurance

As a leading domestic electronic component manufacturer, Fenghua Advanced Tech implements stringent quality control throughout the entire product lifecycle. The HUH0420/0530 series products require no complex pretreatment for convenient storage and use. Each product undergoes dual testing for electrical performance and environmental reliability at the original factory and supports full-process quality traceability from raw materials to finished products, providing customers with worry-free assurance. With core advantages such as high current capacity, low power loss, stability across a wide temperature range, and compact size adaptation, this series offers one-stop component support for high-performance power solutions in computing servers, high-end consumer electronics, and other fields, becoming a solid foundation empowering the continuous advancement of computing power.