Feb 24, 2026
Maurizio Di Paolo Emilio, Director of Global Marketing Communications at EPC
When wide-bandgap semiconductors entered the market, the areas in which they operated were pretty well defined. SiC would challenge silicon at voltages above 600V, and GaN would compete with silicon in applications from around 100V to 600V.
Power Systems Design Read article
Feb 19, 2026
Recent advancements in gallium nitride (GaN) power devices demonstrate a substantial expansion of their operational range into low-voltage applications under 40 V. Silicon MOSFETs have historically dominated this voltage range due to their good conduction performance, well-understood manufacturing processes, and proven reliability.
PCIM Mesago Read article
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GaN FETs and ICs
Evaluation Boards
The Growing Ecosystem for eGaN FET Power Conversion (How2AppNote 005)
How to Design an eGaN FET-Based Power Stage with an Optimal Layout (How2AppNote 007)