A new space vector modulation (SVM) process for use in an indirect matrix converter (IMC)
has been proposed in this paper to reduce the common-mode voltage (CMV) in a high …

Common-mode voltage (CMV) is responsible for overvoltage stress to the winding insulation
and bearing damage of an ac motor. High dv/dt of CMV raises leakage currents, which can …

This paper focuses on the common-mode voltage reduction and the power quality of matrix
converters for a low-voltage transfer ratio of less than 0.5 by the direct space vector …

Presented in this paper is a new strategy for indirect matrix converters that effectively
mitigates common-mode voltages and allows an optimal control of source and load currents …

This paper discusses a modified space vector technique applied to an indirect matrix
converter (IMC) which results in the reduction of common mode voltages and other …

This chapter covers the fundamental multilevel converter structures and modulation
paradigms. The basic principles of the four main different multilevel converters are …

The generalized modulation strategy of the conventional matrix converter (MC), ie, three-leg
MC, was previously developed using the duty-cycle space vector (DCSV) representation of …

Part I of this paper has proposed a duty-cycle-space-vector (DCSV)-based modulation
strategy for three-and four-leg matrix converters (MCs). This paper develops a digital DCSV …

AC-AC converters broadly define a set of power electronic topologies employed to obtain
AC output of variable amplitude and frequency from fixed AC input without employing bulky …

Common-mode voltage (CMV) generated by semiconductor switching causes stray currents
and mechanical failure in modern drive systems. Solutions employed to attenuate or isolate …