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 …

This paper deals with a new family of high boost voltage inverters called switched-inductor
quasi-Z-source inverters (SL-qZSIs). The proposed SL-qZSI is based on the well-known …

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

This paper introduces a Y-shaped impedance network for realizing converters that demand
a high voltage gain while using a small duty ratio. To achieve that, the proposed network …

Z-source inverters have become a research hotspot because of their single-stage buck-
boost inversion ability, and better immunity to EMI noises. However, their boost gains are …

This paper introduces a versatile Y-source boost dc/dc converter intended for distributed
power generation, where high gain is often demanded. The proposed converter uses a Y …

A modified single-phase quasi-Z-source ac-ac converter is proposed in this paper. The
proposed converter has the main features in that the output voltage can be bucked or …

The Z-source inverter is a relatively recent converter topology that exhibits both voltage-buck
and voltage-boost capability. The Z-source concept can be applied to all dc-to-ac, ac-to-dc …

A switching capacitor-based boost converter topological evolution is proposed in this article.
Switching capacitor with dual-switch configuration is the basis for the topological evolution …