Solving the Three Most Common SiC Issues in Electric Vehicles

Solving the Three Most Common SiC Issues in Electric Vehicles

Electrification is transforming the automotive industry, forcing designers who once worried about fuel economy to now think about charge times, range, and power converter efficiency. Electric vehicles (EVs) represent a radical shift from the internal combustion engines (ICE) that have dominated vehicle sales for nearly a century. Manufacturers are hunting for disruptive technology to make their EVs stand out. Silicon carbide (SiC) is positioned to be one of those technologies. When used properly, SiC FETs significantly improve the efficiency of the high voltage power conversion systems. However, like any new technology, SiC has its own nuances.

Skyworks latest gate driver technology solves three of the most common SiC FET design issues with industry-leading immunity to common mode transients, parasitic turn-on prevention, and protection against shoot-through.

The post Solving the Three Most Common SiC Issues in Electric Vehicles first appeared on EV Tech Insider.