Technical Features

February 2017
Advancing EV Charging Infrastructure with 1700V SiC MOSFET Technology

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Figure 1: Fast, consistent switching—under 110ns across temps—enables multi-MHz operation with minimal derating and reduced switching losses

With accelerating adoption of electric vehicles, the performance and scalability of charging infrastructure have become critical engineering priorities. Onboard chargers and off-board fast charging systems require components that deliver high efficiency, reliability, and thermal stability under demanding conditi
Date:
07/31/2025
Current market requirements are trending towards further downsizing and increased efficiency of power conversion systems. For this reason, enhanced power density of the power modules will be critical in order to respond to the evolving needs of the market. In order to increase the power density, All-SiC modules wi
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Date:
02/28/2017
The use of batteries in everyday devices is getting more ubiquitous.  In many of these products, a charging connector is difficult or impossible to use. For example, some products require sealed enclosures to protect sensitive electronics from harsh environments and to enable for convenient cleaning or st
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Date:
02/01/2017
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