Powering More. Consuming Less.™
Go Farther, Charge Faster, Perform Better with Wolfspeed SiC Inside.
We see a future where electric cars can go farther, charge faster and perform better – all enabled by the greater system efficiencies that you get with Silicon Carbide. You probably haven’t noticed why. That’s okay. The why is our job. Wolfspeed SiC devices are changing the EV industry from the inside out, and we’re just getting started. In the future, electric car drivers might never know what makes it possible for them to fully charge their battery during a five-minute bathroom break, or drive across the country without worrying about your next charge. But Wolfspeed SiC device engineers do, and that’s what matters.
Our team is always pushing to lead the market with EV innovations, and our new E-Series diodes and MOSFETs are no exception. With the launch of our E-Series, Wolfspeed becomes the first semiconductor manufacturer in the industry to produce a full suite of MOSFETs and diodes that are automotive qualified and capable of withstanding high-humidity environments.
Why wait to change with the market, when you could be the one leading it? Learn how to lead with Wolfspeed products by reading through the materials below and taking advantage of the tools we’ve provided to get you started.
Be sure to contact one of our experts if you’d like more information. We’re ready to help you design the future of electric vehicles.
Wolfspeed’s Gen3 SiC MOSFETs enable faster, more efficient charging and increase power density of the electric circuits while reducing range anxiety.
140A of continuous current at 100°C
For Off‑Board Battery Charger
Automotive qualified, PPAP capable and THB80 rated
For On‑Board bi‑direction power conversion
Wolfspeed launches a new silicon carbide MOSFET for EV inverters.
SiC Power Devices Enable the Highest Efficiency in Hybrid and Electric Vehicles.
...a company named Wolfspeed could change the way customers interact with the grid and dramatically increase its ability to adapt.
Wolfspeed begins development of fast electric car charger.
Wolfspeed Wide Bandgap Automotive Traction Inverter
Scientists saw SiC’s potential to enable more efficient, reliable alternatives to silicon devices at high voltages, and Cree was the first to see and realize its commercial viability for use in power and RF semiconductors.
Impact of Ultra‑Low On‑Resistance SiC MOSFETs On Electric Vehicle Drive‑Train.
Wolfspeed SiC power has moved way beyond any hype, talk, and fake news and has pioneered the widespread adoption of silicon carbide power devices in the customer base - today.
China’s increasing use of motor vehicles calls for more EVs and HEVs to limit the use of fossil fuels and decrease the nation’s carbon footprint. Shinry Technologies is the leading EV and HEV power converter company for cars and buses in China. Their systems are in 1% of China’s 20 million active vehicles. All of Shinry’s power systems require devices that enable the greatest possible efficiencies for power conversion.
Shinry uses Wolfspeed SiC MOSFETs to enable a 96% DC to DC power conversion efficiency rate for cars and buses. SiC MOSFETs can achieve more than three times the power density (the amount of power produced per unit volume) of typical silicon technology in standard power supply designs. This is very important in an electric vehicle, where space is limited.
Wolfspeed SiC MOSFETs enabled a 25% reduction in product size and reduced peak-power losses by more than 60% compared to the traditional silicon devices. Every product in Shinry’s showroom now contains a Wolfspeed SiC MOSFET.
We encourage you to learn more about the Wolfspeed SiC advantage by watching the videos below. If you have questions or just want to learn more, click the "Interested? Let’s Talk" button to contact an engineer.
Wolfspeed has 30 years of experience with wide bandgap semiconductors and is the clear industry leader. Design our devices into your next system before your competitors do!
Below you'll find four ways to learn more about our MOSFETs, Schottky diodes, and modules.
