GaN FETs Enable EVs & Industrial Power Designs
The company claims its next generation of 600-V and 650-V GaN FETs for automotive and other industrial applications achieve 99%…
Why Test & Measurement Matter to Wide Bandgap Semiconductors?
Keysight's Alan Wadsworth and Mike Hawes review the critical aspects of Test and Measurement for analyzing wide-bandgap solutions.
Testing of GaN to Ensure the Quality and Reliability for Power Systems
GaN transistors can offer superior performance — but what about quality…
Bringing GaN-based Power Devices to Market
ST presented MasterGaN, a platform that integrates a half-bridge driver based on silicon technology with a pair of gallium nitride…
GaN HEMTs Promising Future for Next-Gen Power Semiconductor
GaN HEMTs feature low operating resistance and a high breakdown voltage, which makes them promising as a next-generation power semiconductor.
Wide Bandgap Semiconductors Stage a Power Play
The wide bandgap semiconductor market is seen headed north of $1 billion, based on their adoption in power electronics...
GaN Transistors Ready for Launch Into Space
GaN power transistors are an ideal choice for power and RF applications to support extreme space missions with exceptionally high…
GaN and SiC Power Semiconductor Markets Set to Pass $1Bn Mark in 2021
Market energized by demand from hybrid & electric vehicles, power supplies and photovoltaic inverters...
Single GaN Blue microLED Breaks LiFi Throughput Record
LiFi is particularly suited for secure communications compared to Wi-Fi as light doesn’t penetrate walls...
Markets Look to WBG Devices to Boost Power Efficiency
As the market continues its race toward more power, the industry is moving away from silicon in favor of wide-bandgap…