Power losses calculation is important in inverter design since it provides a reference for the
inverter thermal management. For MOSFET based inverters, many of MOSFET datasheets …

Aim of this paper is to study the variations in turn-on and turn-off switching energy losses in
the IGBTs with device current at different DC link voltages and junction temperatures. The …

In traction applications, power electronic converters experience wide variation in DC link
voltage during operation. The purpose of this paper is to study the variations in turn-on and …

Device switching times and switching energy losses are required over a wide range of
practical working conditions for successful design of insulated gate bipolar transistor (IGBT) …

This paper focuses on the prediction and the study of the veracity of a losses model (both
conduction and switching losses) in IGBT power modules used for electric vehicle …

In traction application, inverters need to have high reliability on account of wide variation in
operating conditions, extreme ambient conditions, thermal cycling and varying DC link …

This paper compares 1200 V-120 A Silicon Carbide (SiC) MOSFET module with 1200 and
650 V-100 A Silicon (Si) IGBT module performances in different converter topologies (2 and …

000803193 520__ $$ aThe objective of this research is to optimize drive trains of electric
vehicles. In order to evaluate different optimization approaches, a modular simulation …

Insulated gate bipolar transistors (IGBT) have evolved significantly and become exceedingly
fast. Today, their typical switching speeds are of the order of 100ns. The resulting dv/dt is …

Design of reliable power converters requires thorough understanding of the characteristics
of semiconductor devices over wide range of operating and environmental conditions. This …