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Learn MoreSiC FET Design Tips
Supporting the move to higher performance SiC power designs
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Switching fast SiC FETs with a snubber
Design guidelines for reducing voltage overshoot and ringing
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Minimizing EMI and Switching Loss for Fast SiC FETs
Read how snubbers improve system performance
Leading the UnitedSiC march to mainstream
Chris Dries, President & CEO, explains how new SiC products are enabling more efficient power designs in mega-applications
Say Hello to the Future
Introducing the industry’s first 750V high-performance SiC FETs
Minimizing EMI and switching loss for fast SiC FETs
Learn how a simple RC snubber can effectively control turn-off VDS spikes and ringing of SiC devices
“The evolution of this power supply has created ever-greater benefits for our customers, particularly with respect to energy savings. Efficiency and reliability are paramount for them and this latest design, with the support of UnitedSiC products, excels in both respects.”
Klaus Marahrens
Lead Designer, SEW Eurodrive
The True Realization of SiC’s Automotive Credentials
Through a combination of different attributes, Silicon Carbide (SiC) has established itself as the premier semiconductor technology for the electric vehicle (EV) sector…
Are you SiC of Silicon?
We all know silicon will be around for some time, but as power efficiency and performance levels become even more…
The road to the EV revolution is paved with SiC
Silicon carbide semiconductor switches have many attributes that make them serious contenders to replace IGBTs in EV inverter applications. Conduction…
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