Semiconductor

Electrification in the fast lane: How silicon carbide is driving power electronics forward

The new generations of semiconductors with a wider band gap (WBG), such as silicon carbide (SiC), have the potential to put electric mobility in the fast lane. This is because they yield significantly higher efficiency compared to conventional silicon IGBT…

Training at Fraunhofer IZM: Research Jobs with Great Prospects

Most people can tell you what automotive mechatronics technicians – or more prosaically: car mechanics – or the service staff in a restaurant do. But many professions that play an essential role in research and even our everyday lives are…

Space Electronics – Fit for Orbit!

The Outer Space Treaty of 1967 stipulates that every nation enjoys free access to space. For the last 20 years, more and more nations have been launching commercial projects in space. Private spaceflight companies are planning to use micro and…

Power Electronics – Converting Currents the Modern Way

Power electronics systems have to shoulder a heavy burden in terms of what is required of them and what they are expected to deliver. At Fraunhofer IZM, Stefan Hoffmann is working hard on new designs for passive and magnetic components…

Three Disruptive Technologies in Microelectronics

Welcome to our list of three disruptive technologies in microelectronics. This post will let you discover the trends that will significantly change the global technological development. Chips Embedded in Substrate It is hard to miss the unbroken trend towards ever-smaller…