This paper presents the first monolithically integrated two-phase series capacitor buck
converter. This converter achieves over 60 A/cm3 current density. The series capacitor buck …

This study examines the mechanism and effectiveness of current sharing in a multiphase,
series capacitor buck converter. The automatic current sharing mechanism is inherent to the …

An extended-duty-ratio (EDR) boost converter is studied extensively in this paper for high
voltage gain applications with a wide input (and/or output) voltage range. The EDR is a …

GaN high-electron-mobility transistors (HEMTs) offer a 13× better figure-of-merit than silicon
LDMOS for power converters operating above 100 V. Recent GaN manufacturing …

A typical non-isolated photovoltaic (PV) microinverter requires a high conversion ratio in the
dc-dc stage as well as needs to support a wide range of input-output voltage operation …

This paper explores the large-signal and small-signal dynamics of a series-capacitor (SC)
buck-type converter and introduces an optimal closed-loop control scheme to accommodate …

In this work, the main hardware design aspects of a slow-ramped DC/DC power converter
prototype, developed to feed superconducting inner triplet (IT) electromagnets for the High …

This work introduces the development of a power-electronics customizable energy system
for their application on renewable energy generation based on proton-exchange membrane …

In high voltage step-down and high output current applications, such as voltage regulator
modules, electric vehicles, and battery chargers, a series capacitor buck converter (SCBC) is …

This paper presents a theoretical and experimental comparison of a two-phase buck
converter and a two-phase, series capacitor buck converter. The challenges of a …