A new method for deriving isolated buck-boost (IBB) converter with single-stage power
conversion is proposed in this paper and novel IBB converters based on high-frequency …

An active-clamped three-level rectifier (AC-TLR) is derived from the diode-clamped three-
level inverter, by replacing the active switches and the diodes in the three-level inverter with …

In this study, a current‐sharing bus and fuzzy gain scheduling of proportional–integral (PI)
controller to control a parallel‐connected AC/DC converter are proposed. A simple current …

Converter parallel techniques can increase the power rating, but there is a circulating
current problem. Therefore, this study focuses on the circulating current problem in parallel …

The stacked polyphase bridges converter has gained increasing interest in recent years due
to its modular design and easy adaption to different power levels. The real-time control and …

An input‐series‐output‐parallel connected single stage buck type modular AC–DC
converter with high‐frequency isolation is presented in this study. The configuration …

Power supply modules can be connected in parallel to build up a complex power system.
Connecting many converters is more beneficial as compared to a single larger power unit …

In this study, a new transformerless wind energy conversion system to integrate high‐power
multi‐phase permanent magnet wind generators to medium‐voltage local grids is …

This study demonstrates automatic interleaving and current sharing techniques with an
automatic interleaving system of distributed power supply. Unlike the conventional current …

This study introduces a novel synchronous and encoding data technique on a single
interleaving bus for automatic interleaving system of distributed power supply (DPS). Unlike …