Recent developments within the field of medium voltage wide-bandgap semiconductor
devices are drawing attention from both researchers and industries due to the demanding …

Affected by COVID-19, the maintenance process of machine tools is significantly hindered,
while unmanned maintenance becomes an emerging trend in such background. So far …

This article rethinks the basic assumptions often used in analytically modeling parasitic
capacitance in inductors. These assumptions are classified in two commonly-used physics …

In high-power medium-voltage applications, inductors usually have multiple windings on a
single core, due to the high inductance value and high current stress. The multiple coils are …

This article characterizes three parasitic capacitances in copper-foiled medium-voltage
inductors. It is found that the conventional modeling method overlooks the effect of the fringe …

This article investigates the effects of airgaps between different parts of magnetic cores on
the parasitic capacitance of magnetic components, which was excluded by previous …

This article investigates the conducted-emission (CE) suppression characteristics of
electromagnetic interference (EMI) filters used in power-electronic equipment by time …

This paper presents a tool that evaluates the applicability of a fault diagnostics technique
(FDT) for Switch-Mode Non-Isolated DC-DC converters (SMNI DC-DC). The proposed tool …

Capacitive parasitic couplings in power electronics systems are gaining increased attention
due to the emergence of the wide bandgap devices, with the main challenges being faster …

Previous research reports that the parasitic capacitance of filter inductors can result in larger
capacitive currents and cause increased losses in transistors. However, previous research …