This book covers power electronics, in depth, by presenting the basic principles and
application details, which can be used both as a textbook and reference book. Introduces a …

This paper presents a comprehensive analysis of single-phase full-bridge asymmetrical
flying capacitor inverters under distinct capacitor voltage values. The asymmetrical operation …

This article introduces a new single-phase five-level inverter with reduced switch count,
composed by a coupled-inductor, four switches, and two diodes. Its detailed analysis is …

One of the most suitable topologies for multilevel inverters is Cascade H-Bridge that
contains full-bridge single-phase inverters. In this paper a similar cascaded structure is …

Multi-Level converter topologies have gained much attention during recent three decades
due to their significant benefits in a wide range of applications especially for high power and …

This paper presents a new single-phase ac-dc-ac three-level three-leg converter composed
of three coupled-inductors and six active switches. The system model, operation principles …

This paper presents a dual-loop current regulation strategy for coupled-inductor multilevel
converters. The basis of the strategy is to recognise that the current in the coupled-inductor …

Conventional single-cell dual buck inverters present high reliability, however they cannot be
directly used in high voltage applications, because of the limited voltage rating of …

Coupled-inductor semi-bridge converters, assembled from magnetically linked pairs of
complementary unidirectional phase legs, can achieve a substantially improved harmonic …

The dual active bridge (DAB) converter is the topology of choice for bidirectional energy
transfer between two galvanically isolated dc sources. The single-phase full-bridge DAB …