Impedance networks cover the entire of electric power conversion from dc (converter,
rectifier), ac (inverter), to phase and frequency conversion (ac-ac) in a wide range of …

Impedance-source networks cover the entire spectrum of electric power conversion
applications (dc-dc, dc-ac, ac-dc, ac-ac) controlled and modulated by different modulation …

Impedance-source converters, an emerging technology in electric energy conversion,
overcome limitations of conventional solutions by the use of specific impedance-source …

In this paper, a new isolated high step-up dc-dc converter is proposed based on the quasi-
switched-boost network. The proposed converter has the following features: 1) continuous …

In this article, two configurations of the quadratic quasi-Z-source (Q-qZS) isolated dc–dc
converters are presented, namely continuous input current and discontinuous input current …

A high‐voltage gain two‐switch quasi‐Z‐source isolated DC/DC converter has been
presented in this study. It consists of a quasi‐Z‐source network at its input, a push–pull …

This paper presents a comparative evaluation of eight high-voltage step-up converters
based on different associations of boost and zeta standard dc-dc pulse width modulation …

Traditional load regulation methods for a resonant converter mainly rely on frequency
modulation. It is always a tradeoff between the design of the resonant network and the range …

In this study, a new type of Z-source converter comprising galvanic isolation transformers is
introduced based on classical non-isolated Z-source converters, which are promising …

This paper presents a comprehensive review based on the features and drawbacks of the
quasi-switched boost inverter (qSBI) topologies. The qSBI derived configurations are well …