This article proposes a family of multilevel Class-DE resonant converters (RCs) paired with a
full-range voltage regulation method. The proposed converters feature steep gain changes …

This article presents an analysis of the different loss modes of the switching devices in a
class-D series resonant converter operating with either fixed dead time or fixed duty cycle. A …

This paper investigates the use of the class-E inverter for power factor correction (PFC)
applications. Analytical and state-space models are derived showing the class-E inverter's …

This article presents the design and implementation of a resonant LED driver. The driver
structure comprises a charge-pump-based power factor correction (PFC) converter and a …

In this paper, a family of inverse polarity multilevel Class-DE resonant converter with the on-
time fixed modulation method is proposed. The proposed inverse polarity multilevel Class …

High switching loss is one of the most fundamental problems in converters. The occurrence
of high switching losses reduces the efficiency of the converters and causes the operating …

A combination of resonant topology with partial power processing concept is used to
achieve high efficiency and wide voltage gain. The proposed topology is called a hybrid …

In this paper, the generalized average model of the Class-E $^ 2$ DC-DC resonant
converter has been introduced. The standard average model is not interesting in resonant …

This thesis sets out a series of new transformer topologies for magnetic integration in
different resonant converters. Resonant converters like LLC converters require a high …

This paper proposes multilevel Class-DE resonant converters (RSCs) with full range
regulation. The converters feature simple circuit structures, zero-voltage switching (ZVS) turn …