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 …

Single-phase to three-phase conversion using power electronics converters is a well-known
technology, especially when the configurations and control strategies already established in …

This paper presents an analytical and experimental comparison of a two-phase buck
converter and a two-phase, series capacitor buck converter. The limitations of a …

This study deals with the optimal control of hybrid energy storage systems for electric vehicle
applications. These storage systems can capitalize on the high specific energy of Lithium …

The piecewise linear model has traditionally been used to calculate switching losses in
switching mode power supplies due to its simplicity and good performance. However, the …

Parasitic ringing is commonly observed during the high-speed switching of wide band-gap
(WBG) devices. Additional loss contributed by parasitic ringing becomes a concern …

Estimation of switching loss at the early stages of design is essential for determination of
switching frequency and selection of power devices. Analytical estimation similar to gate …

This paper presents a buck-boost converter with high efficiency and small output ripple to
extend the battery life of portable devices. Besides, the hybrid buck-boost feedforward …

The aim of this study is to review the state‐of‐the‐art of recent prediction methods for power
metal‐oxide‐semiconductor field‐effect transistors (MOSFETs) switching losses using …

The superior characteristics of the silicon carbide metal-oxide-semiconductor field-effect
transistor (SiC mosfet) allow its wide use for improving the efficiency and power density of …