High Power Applications Get TOLL Package
5.4 mΩ 750V SiC FETs now available
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Watch VideoShort-circuit performance of the 750V 6mΩ SiC FET
Learn about what determines short circuit withstand time and why it’s so important.
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Seven leads for seven new SiC FETs
New applications and performance standards achieved with SiC FETs in D2PAK-7L
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Enabling 99.3% efficiency in 3.6kW Totem-pole PFC
Learn how to design a simple, highly efficient Totem-pole PFC
Enabling new frontiers in inverters and circuit protection
Learn how SiC devices deliver the next level of application performance in inverters and solid-state circuit breakers.
Multiple SiC FET Options Enable More Design Flexibility
Explore the performance, cost, and thermal considerations across the 750V Gen 4 SiC FET family in a bridgeless totem-pole PFC circuit.
Announcing Industry-best 6mΩ 750V Gen 4 SiC FETs
Learn how the new 750V SiC FETs deliver industry-leading performance and ultimate design flexibility
"UnitedSiC was the perfect match for our output stage architecture."
Andre Willis
CTO, Pre-Switch
More SiC FET options means more flexibility for cost-effective solutions
There are lots of parameters to trade-off in the design of a power converter. UnitedSiC makes evaluation easy with their FET-JET Calculator and wide range of parts.
Replacing mechanical circuit breakers with SiC FETs
Mechanical circuit breakers are low-loss, but are also slow and wear out. Solid-state solutions with SiC FETs solve these problems with losses that are set to fall.
Regenerative power efficiency is becoming a real differentiator
The momentum behind electric vehicles has reached an inflexion point, it is hard to picture a future in which EVs are not a significant presence on our roads. This changes a lot, not just our buying preferences and driving habits, but the way we think about mobility.
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