High-frequency link matrix converters (HFLMCs) can transfer dc to ac with only one power
conversion stage and without intermediate energy storage components. However, the space …

The evolution of vehicle-to-grid technology introduces new challenges for high-performance
ac–dc converters. This article proposes a zero-vector-reconfiguration based space vector …

In this article, we present a modulation strategy for bidirectional power flow for the step
voltage switched (SVS) secondary-side phase-shifted (SPS) dc–dc converter that eliminates …

High frequency and high voltage switching converters utilizing wide bandgap
semiconductors are gaining popularity thanks to their compactness and improved efficiency …

In this paper, a simplified active clam** circuit is proposed, and its corresponding
modulation strategy is developed, which can effectively suppress the transformer secondary …

Three phase high-voltage and high-frequency converters may encounter some challenges
including voltage oscillation across the switch's drain-source because of the stray …

A zero-voltage switching (ZVS) H-bridge phase-shifted low-voltage high-current converter
with saturable inductors is proposed in this paper. The introduction of saturable inductors …

This paper presents a model predictive control (MPC) strategy for a three-phase high-
frequency link matrix inverter (HFLMI). The de-re-coupling concept will be utilised to …

This paper presents a two-step commutation scheme with analysis of zero voltage switching
(ZVS) for all bidirectional switches of the three-phase isolated bidirectional matrix converter …

This paper aims to verify the feasibility of model predictive control in high-frequency link
matrix inverter (HFLMI) control. Compared with the traditional inverter, the HFLMI has more …