SiC power devices are used to charge 800V electric vehicles in public.

SiC power sources are used to power 800V EVs, which are now widely used.

Electric vehicle (EV) power electronics will be significantly more necessary over the course of the next ten years as a result of the BEV automobile market's accelerated growth. Powertrain design must now put drive cycle efficiency first, necessitating the use of high voltage wide bandgap (WBG) power electronics.

The sturdy and dependable 3"x5" GHA series power supplies now include a high power density 700W unit from COSEL.

The GHA700F, based on the most recent technology, provides 700W in a 3"x5" footprint for demanding industrial and medical applications, and it has one of the greatest power densities in its category.

According to a study on sustainable electronics led by VTT, the environmental effect of flexible electronics can be decreased by over 90%.

The ecology is infamously damaged by electronic garbage. The findings of a research looking at how modifying electronics production might reduce their environmental effect by 86% are being released by the VTT Technical Research Centre of Finland.

Wide-Bandgap Semiconductors for Electric Vehicles (Podcast)

Motor control, SiC, and GaN: Power Electronics Week Insights

We will cover the main obstacles and the advantages that GaN/SiC may provide to the power semiconductor industry in this podcast with Filippo Di Giovanni, Strategic Marketing, Power 

GaN, SiC, and motor control capacity increased bynj  Microchip in Colorado:

In order to address the rising demand for semiconductors across a variety of industries, Microchip will be able to produce additional chips at its Colorado Springs location.

GaN, SiC, and motor control ultrafast discrete short-circuit protection: Power Electronics Week Insights

The short-circuit and overcurrent protection circuits for GaN HEMTs must be quicker than those for Si-based MOSFETS.

GaN Power Devices: How Are They Used in Motor Drives?

The new website from GAIA Converter makes power design for high-reliability and military applications simpler.

In this article, a motor driving application using GaN power devices is demonstrated.