Wide band gap semiconductors like gallium nitride appear to be a case where you can have your cake and eat it too. With a high breakdown voltage, and a higher switching frequency compared to silicon, the technology would lend itself to multiple applications, but GaN devices also offer higher power density and high thermal conductivity, making them uniquely adaptable to both power and signal applications.

EEworldonline.com editor-in-chief Aimee Kalnoskas explains how and why it works in conversation with engineering.com’s Jim Anderton.

* * *

engineering.com produces a number of video programs for the engineering professional found exclusively on engineering.com TV such as Designing the Future, Manufacturing the Future, and The Engineering Roundtable.

Subscribe to our newsletter to stay current with the latest in engineering trends.