Modern wide-bandgap devices, such as SiC-or GaN-based devices, feature significantly
reduced switching losses, and the question arises if soft-switching operating modes are still …

As the need for green and effective utilization of energy continues to grow, the
advancements in the energy and power electronics industry are constantly driven by this …

The rapid development of power electronic devices has made them have higher power
density, which puts forward higher requirements for cooling technology. The contribution of …

SiC devices have the potential to structure high power density converters; however, SiC
devices have high di/dt during switching. Therefore, the parasitic inductances in the power …

Future aircrafts will be composed of high number of power converters having always higher
power density and efficiency. In order to increase performance of such converters, a good …

In this paper, the performance of both silicon carbide (SiC) MOSFETs and silicon (Si) IGBTs
based electric vehicle (EV) traction systems are investigated and compared …

Many electric vehicle (EV) powertrains use a boost-type dc–dc converter to step-up the
battery voltage for optimization and improving vehicle performance. The converter allows …

With the commercialization of wide bandgap power devices such as SiC MOSFETs and JBS
diodes, power electronics converters used in the harsh environments such as hybrid electric …

This paper proposes a high power density SiC single-phase system potential for
uninterrupted power supply applications. To get the high power density, the semiconductors …

This paper presents the influence of different pulse width modulation (PWM) methods on
losses and thermal stresses in SiC power modules used in a three-phase inverter. The …