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Success in High-Current Inductor R&D, Propels YET to New Heights

April.04,2025

April 16, 2025 — YET, a leader in advanced electronic components, has unveiled its latest innovation: a high-current inductor engineered to redefine performance benchmarks in power electronics. This breakthrough addresses critical demands for efficiency and reliability in next-generation energy systems, positioning YET at the forefront of industrial and renewable energy innovation.


▶ Core Innovations

1. Composite Magnetic Core & 3D Winding Technology

● 30% higher current capacity and 60% lower temperature rise compared to traditional designs, enabled by a proprietary magnetic core formula and optimized 3D winding structure.

● 1200V compatibility, ideal for high-voltage

EV charging systems and industrial inverters.


Success in High-Current Inductor R


2. Ultra-Low Loss for High-Frequency Applications

● <1% core loss at 1MHz, tailored for silicon carbide (SiC) and gallium nitride (GaN) semiconductor platforms, enhancing efficiency in 800V EV fast charging and data center power supplies.

● Dual-layer insulation coating ensures stability in harsh environments, such as offshore wind farms and solar installations.


▶ Market Impact

● Industrial Automation: Deployed in robotics and CNC machinery to reduce energy consumption by 15%, supporting smart manufacturing upgrades.

● EV Infrastructure: Integrated into 800V battery systems by leading automakers, slashing charging time by 25%.

● Renewable Energy: Enhances grid-scale energy storage efficiency, aligning with global carbon neutrality goals.


▶ Strategic Milestones

● Reliability Validated: Passed 10,000-hour accelerated lifespan tests, meeting stringent automotive and industrial standards.

● Global Supply Chain Integration: Reduces reliance on imported high-end inductors, offering cost-competitive solutions for international partners.


▶ Future Roadmap

YET plans to launch ultra-high-voltage custom inductors in Q4 2025, targeting aerospace and ultra-fast EV charging networks.


Contact:

Explore technical details at https://www.yetcoil.com or email lgguo 163@hotmail.comyetmagnetic@gmail.com