Matrix converters (MCs) are AC‐AC power conversion topologies widely explored and
applied in the industry for their attractive features of sinusoidal input and output currents …

This paper addresses multiphase matrix converter (MPMCs) modulated with Venturini's
classical scalar approach. The solution to obtain time‐varying modulation functions was …

For medium voltage high power applications the low switching frequency PWM techniques
for power converters is preferred. In preprogrammed low switching frequency based PWM …

The objective of this manuscript is to analyze and design a new interleaved dc–dc buck‐type
converter based on the conventional interleaved topologies. The proposed converter …

In a three-phase inverter system, Space Vector Pulse Width Modulation (SVPWM) is a PWM
technique that has advantages over other PWM techniques. In digital implementations such …

Step-down multiphase dc-dc converters enable very low voltages and high currents through
parallel operation. Additionally, high redundancy, fault tolerance and very fast output voltage …

In this study, a high gain single controlled switch converter with continuous input current
design and closed loop operation with parasitic elements have been developed. In …

The onset of the multi-phase technology for electric machines reduces their size and weight
and improves efficiency and reliability compared to three-phase counterparts. Because of its …

Este trabajo de tesis presenta un método de diagnóstico de fallas implementado a un
convertidor CD-CD de cinco fases. El objetivo es realizar el diseño de un convertidor …

The impact of Pulse Width Modulation (PWM) strategies on the stresse of the decoupling
capacitors at the input of a three-phase converter is currently well known, as well as the …