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

The matrix converter system is becoming a very promising candidate to replace the
conventional two-stage ac/dc/ac converter, but system reliability remains an open issue. The …

A four-leg-based fault-tolerant matrix converter topology is proposed, along with switching
function and space vector approaches for modulation schemes, to improve the reliability of …

A study of fault-tolerant matrix converter is presented for remedial topological structures and
control techniques against both open-faults and short-faults occurring in the ac-ac matrix …

This paper proposes a matrix converter structure and modulation techniques for fault-
tolerant operations in case of single-switch short-circuit failures as well as single-switch …

This paper describes a novel fault-tolerant matrix converter motor drive system which
requires an appropriate control strategy and the application of an effective fault detection …

In this paper, a new post-fault modulation strategy is proposed to operate the direct matrix
converter as close as possible to its desired normal operation under an open-switch fault …

A fault-tolerant matrix converter drive topology, which can be effectively used to drive a
permanent magnet synchronous motor for research in critical applications, with particularly …

A study of four-leg based fault-tolerant matrix converter is presented for remedial topological
structures and control techniques against both open-faults and short-faults occurring in the …