In this study, a 3-kW inductive power transfer system is investigated, specifically intended for
contactless vehicle charging. A series-series-compensated topology with dual-side power …

This paper presents the analysis and realization of a topology suitable to realize a power
factor correction (PFC) rectifier with a thickness of only a few millimeters. The low height of …

Switching-mode AC/DC converters are widely used in modern power supplies for
computers, data centers and telecommunication equipment. Achieving Power Factor …

In recent years, driven by worldwide growing environmental awareness the research in
power electronics was focusing on the development of highly efficient but mostly bulky …

In this paper a generalized description and an overview of degrees of freedom and selected
measures for efficiency improvement of power electronics converters is given. The …

This paper presents a power factor correction (PFC) front end based on a seven-level flying
capacitor multilevel (FCML) boost converter. Compared to the conventional two-level boost …

In this paper, the efficiency and power factor performance of improved power factor
correction (PFC) topologies suitable for a high density and efficient design are compared …

This paper proposes a predictive zero-voltage-switching (ZVS) control with improved ZVS
time margin and limited variable switching frequency range for a 99% efficient megahertz …

This paper presents the design consideration and performance evaluation of gallium nitride
(GaN) high electron mobility transistor (HEMT) based dual-phase interleaved MHz critical …

Multi-objective optimization of power converters is a time-consuming task, especially when
multiple operating points and multiple converter topologies must be considered. As a result …