Accurate models of power electronic devices are necessary for hardware-in-the-loop (HIL)
simulators. This paper proposes a digital hardware emulation of device-level models for the …

PiN diodes are known to significantly contribute to switching energy as a result of reverse-
recovery charge during turn-off. At high switching rates, the overlap between the high peak …

This paper focuses on the errors affecting the estimation of power switching losses in power
semiconductor devices based on integration of the voltage by current product. It is shown …

This letter proposes a structured approach for accurate estimation of diode reverse-recovery
characteristics using datasheet specifications. Considering a conductance model of a diode …

This paper deals with a new application for a special sort of Rogowski coil (RC) sensor in
real-time estimation of diode turn-OFF energy loss. The turn-OFF energy loss of power diode …

The aim of this paper is to present a comparison between failure analyses results performed
on power SiC devices. Various devices have been submitted to SC (Short-circuit) stress and …

An electromagnetic wave propagation model in cellular frequency band for densely
arboreous suburban environments is presented in this paper. In order to validate the …

This study introduces a less complex approach for modelling the power PIN diode in
MATLAB/SIMULINK software. In this approach, a behaviour modelling methodology is …

This paper focuses on the role of the N–N ^+ junction do** profile model of a PiN diode on
its turn-off transient and, particularly, the influence of multiple epitaxies in the N–N ^+ profile …

Accurate simulation is an essential task in designing of integrated power systems to predict
their electrical behavior. Thus, a very good description of their wiring circuits is required, and …