SiC & GaN
How GaN Power Transistors Drive High-Performance LiDAR
GaN power transistors help LiDAR laser drivers produce very short, high-current pulses with low parasitic inductance. Learn how pulse width, loop layout, gate drive, thermal…
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SiC & GaN Insights
Wide-bandgap device design for efficient, high-density power conversion.
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14 results
SiC & GaN
A Solution to Press-Pack Packaging of SiC MOSFETs
A press-pack SiC MOSFET can replace wire bonds and soldered top contacts with flexible pressure contacts, a low-profile interposer, and thin microchannel cooling. Learn how…
SiC & GaN
A Method for Online Ageing Detection in SiC MOSFETs
Online ageing detection for SiC MOSFETs combines synchronized electrical sensing, temperature and operating-point compensation, baseline tracking, and trend analysis to identify gate-oxide or package degradation…
SiC & GaN
How to Design an RF Amplifier Using GaN Transistors
Design a GaN RF power amplifier by defining the operating target, selecting and biasing the transistor, proving stability, synthesizing source and load matches, controlling harmonics,…
SiC & GaN
When to Use Negative Gate Bias with SiC MOSFETs
A system-level guide to deciding whether a SiC half bridge needs negative turn-off bias and how to implement it without overstressing the gate.
SiC & GaN
GaN PCB Layout: Minimize the Loops That Limit Switching Performance
A practical layout sequence for reducing power-loop, gate-loop, and common-source inductance in fast GaN converters.