Hydrogen fuel cell charging systems demand precise thermal monitoring and clean power conversion, since stack temperature swings and voltage transients during refueling can compromise safety and component life. Vishay's fast response NTC immersion thermistors track stack and coolant temperature with the accuracy fuel cell systems require, while automotive-qualified power semiconductors condition the DC output for stable delivery. Built for the vibration and thermal cycling of vehicle environments, these components help hydrogen charging infrastructure operate reliably as the technology scales.
Behind every charge is The DNA of tech.®
With over six decades of experience developing components designed to withstand high temperature and humidity conditions, Vishay's components are engineered to ensure exceptional reliability, featuring such qualifications as AEC-Q100, AEC-Q101, and AEC-Q200.
Components withstand temperatures up to 180 °C in harsh environments
Industry's lowest RDS(on) optimized for gate drives
AEC, MIL qualifications and superior long term performance
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