The characterization of soft-switching losses (SSL) of modern high-voltage SiC MOSFETS is
a difficult but necessary task in order to provide a sound basis for the accurate modeling of …

This article aims to realize an isolated dc-dc converter with high power density, high power
efficiency, and low noise performance. Although a dual-active-half-bridge (DAHB) converter …

With the development of silicon carbide (SiC) power devices, the circuit structure of power
converter for high-voltage applications would be simpler and more compact because the two …

This paper proposes a three-level bidirectional dc-dc converter with an auxiliary inductor for
full-operation zero-voltage switching (ZVS) in high-output voltage applications. The auxiliary …

A DC-DC hybrid switched-capacitor LLC resonant converter integrating a ladder cell at the
input of the LLC resonant converter using frequency modulation is proposed in this paper …

To fit the requirements of high input dc-dc power conversion, a novel zero-voltage and zero-
current switching (ZVZCS) three-level dc-dc converter is proposed. Some advantages of the …

A triple-phase-shift (TPS) modulation strategy with reduced transformer's voltage stress is
proposed in this paper for the diode-clamped full-bridge (FB) three-level isolated DC/DC …

This letter proposes a new zero-voltage and zero-current switching (ZVZCS) full-bridge (FB)
three-level dc/dc converter (TLDC) with the reduced device count. The merits of the …

Three-level (TL) dc-dc converters can meet high input voltage requirement. The isolated TL
converters with clamping diodes and flying capacitor are the prevalent TL topologies …

The current imbalance among the two input capacitors is one of the important issues of the
half-bridge three-level (HBTL) dc/dc converter, which would affect system performance and …