The Matrix converters (MCs) are widely used in a large number of applications such as
Aircraft, Submarines, and AC drives. In these applications, because of the many chances of …

Background Many faults occur in the modular multi-level converters (MMCs), including
unbalancing capacitor voltage, lower and upper arm unbalancing, the line to line voltage …

The modular multilevel matrix converter (M3C) is a topology that can realize direct ac-to-ac
power conversion. To increase the reliability of the M3C, submodule (SM) fault ride-through …

This paper proposes a fault-tolerant matrix converter with reconfigurable structure and
modified switch control schemes, along with a fault diagnosis technique for open-circuited …

Despite numerous research efforts in matrix converter-based drives, a study of fault-tolerant
topology and control strategy for a matrix converter drive has not been presented in the …

This paper proposes a fault diagnosis system for inverters based on a cerebellar model
articulation controller (CMAC). First, a three-level T-type inverter was implemented and used …

Reliability is one of the critical issues for a modular multilevel converter (MMC) since it
consists of a large number of series-connected power electronics submodules (SMs). In this …

This paper studies control strategies for an AC/AC system based on a modular multilevel
matrix converter (M3C) when an asymmetric fault occurs in the secondary side ac system …

In this article, a deadbeat predictive current control based fault-tolerant control scheme is
proposed for common electrical faults in T-type three-level inverter-fed dual three-phase …

This article proposes a novel three-port converter with a fault-tolerant (FT) capability to
reconfigure automatically under different switching fault conditions, ie, open circuit fault …