Webinar: From silicon to GaN for EV power electronicsWebinar: From silicon to GaN for EV power electronics

As vehicle electrification increases, so does the requirement of power semiconductors to provide highly efficient power conversion at increasingly higher switching frequency. A move from traditional Si to WBG, in particular Power GaN FETs, coupled with Cu clip-bonded package technology instead of traditional wire bonded D2 and TO packages can address the demands of electrification of the powertrain.

In this webinar, Dr Dilder Chowdhury from Nexperia addresses the key challenges and benefits of moving from silicon to GaN across a number of applications such as on-board-chargers (EV charging), DC/DC converters and motor drive traction inverters (xEV traction inverters), including a look at how proven Cu clip SMD packaging increases the robustness and reliability for the most demanding EV designs.

The webinar, hosted by Charged on March 31, 2021 at 11 AM ET, will include a live Q&A session.

Register now – IT’S FREE!

As vehicle electrification increases, so does the requirement of power semiconductors to provide highly efficient power conversion at increasingly higher switching frequency. A move from traditional Si to WBG, in particular Power GaN FETs, coupled with Cu clip-bonded package technology instead of traditional wire bonded D2 and TO packages can address the demands of electrification… Read more »

As vehicle electrification increases, so does the requirement of power semiconductors to provide highly efficient power conversion at increasingly higher switching frequency. A move from traditional Si to WBG, in particular Power GaN FETs, coupled with Cu clip-bonded package technology instead of traditional wire bonded D2 and TO packages can address the demands of electrification of the powertrain.

In this webinar, Dr Dilder Chowdhury from Nexperia addresses the key challenges and benefits of moving from silicon to GaN across a number of applications such as on-board-chargers (EV charging), DC/DC converters and motor drive traction inverters (xEV traction inverters), including a look at how proven Cu clip SMD packaging increases the robustness and reliability for the most demanding EV designs.

The webinar, hosted by Charged on March 31, 2021 at 11 AM ET, will include a live Q&A session.

Register now – IT’S FREE!

As vehicle electrification increases, so does the requirement of power semiconductors to provide highly efficient power conversion at increasingly higher switching frequency. A move from traditional Si to WBG, in particular Power GaN FETs, coupled with Cu clip-bonded package technology instead of traditional wire bonded D2 and TO packages can address the demands of electrification… Read more »