ID 217230663 © Christian Offenberg - Dreamstime.com | electronica.de
promo_messe_munich__id_217230663__christian_offenb
ID 181475306 © Александр Марко | Dreamstime.com
Flying taxi, transport drone
ID 39977536 © Pino Carboni | Dreamstime.com
Transformers on a PCB
Dreamstime_1896984051
66d9f502a6fe1ca4e8dc94f2 Promo Dreamstime Xl 1896984051

The Other Power Transistor Aiming to Dominate the Age of SiC (D0wnload)

Sept. 5, 2024
Login to download the PDF of this article on how to optimize power density with SiC devices.

Read this article online.

In everything from AI data centers to EV battery chargers, power electronics are under more pressure to perform.

These systems need to handle high voltages and run very efficiently to minimize losses and prevent excess heat generation. At the same time, system-level demands continue to drive higher power density with high-frequency operation. Silicon carbide (SiC) and other new materials for power devices can help solve some of these problems, while more advanced circuit designs can tackle others. But the biggest difference will ultimately come from adopting both.

Comments

To join the conversation, and become an exclusive member of Electronic Design, create an account today!