As AI workloads push rack power into megawatt territory, data centers are shifting to 800 VDC and beyond — raising arc-flash risk and outpacing today's safety standards.
The EA-ELR 21000 regenerative dynamic test system recreates load transitions at up to 12 A/µs per 240 kW rack for validating 800 V power shelves and racks in AI data centers.
The L9962 integrates cell monitoring, balancing, protection, and a 3.3-V LDO in a 7 mm x 7 mm package and draws just 2 uA in deep sleep
Google, Georgia Power, China Huaneng Group, Navitas Semiconductor, Magnachip, VPT, and the University of Bradford are innovating products and techniques to increase power use and efficiency.
Reverse-current protection has become an integral part of overall power-system architecture. Selecting the appropriate ORing strategy requires balancing efficiency, thermal behavior, reliability, maintainability, and installation requirements. The goal is to develop redundant DC power systems that are more efficient and more robust throughout their operational lifetime.
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A new generation of circuit breakers is becoming the future backbone of the United States’ energy transition.
AOS pairs its aMOS E2 high-voltage MOSFET platform with the top-side cooled GTPAK package, targeting power supplies, solar inverters, and industrial systems.
This 4th-generation IC family minimizes no-load consumption and simplifies safety compliance for consumer and industrial AC-DC power supplies without increasing design complexity.
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