Matrix converters are a well‐known class of direct AC–AC power converter topologies that
can be used in applications, where compact volume and low weight are necessary. For …

This paper presents an autotuning technique for the online selection of the cost function
weight factors in model predictive control (MPC). The weight factors in the cost function with …

Multi-pulse autotransformer rectifier units (ATRUs) have been widely used in aviation
applications due to their rugged structure, cost-effectiveness, and high-reliability features. In …

This paper proposes a simple and fast fault diagnosis strategy for bidirectional isolated dual-
active-bridge dc-dc converter with the extended-phase-shift control to improve reliability. The …

In this article, a fast and efficient open-circuit switch and clamping diode fault diagnosis for
neutral-point-clamped inverters is proposed. Multilevel converters employed in safety-critical …

In order to realize the unsupervised extraction and identification of fault features in power
electronic circuits, we proposed a fault diagnosis method based on sparse autoencoder …

Unity grid power factor is essential for the indirect matrix converter (IMC) applications due to
the grid-friendly requirement. The existing closed-loop grid power factor control methods …

A novel fast and reliable open-circuit fault diagnosis strategy for a matrix converter with a
finite-control-set model predictive control strategy is proposed in this paper. Current sensors …

Open-circuit fault (OCF) on power switches can cause a severe threat to operation and
safety of power electronic converters. In the neutral-point-clamped (NPC)-based dual-active …

The existing two commutation methods of the rectifier stage for indirect matrix converter
(IMC) are zero-current commutation and four-step commutation. The premise of zero-current …