This paper describes motor drive system fed by a single-phase diode rectifier without power
factor correction (PFC) circuit or the input filter. The system considered in this paper consists …

This paper presents new three-level unidirectional single-phase PFC rectifier topologies
well suited for applications targeting high efficiency and/or high power density. The …

This paper presents the derivation, the analysis, and the experimentation of a family of
unidirectional three-level PFC rectifiers, based on pulse-width-modulated hybrid switched …

When the interleaved boost power-factor correction (PFC) converter operates in a light load
(<; 15% of nominal load), the phase-shedding control is commonly used to increase the …

This paper presents a three-phase multilevel power factor correction (PFC) rectifier
employing multistate switching cells. A generalized converter structure is presented based …

Employing both high bandwidth (HBW) controller and wide bandgap (WBG) devices in the
structure of converters improve the system size, performance, and efficiency. In this paper …

The introduction of the three‐state switching cell (3SSC) and the multi‐state switching cell
(MSSC) has led to the proposal of several converter topologies, where prominent …

This paper presents a literature survey of more than twenty years on AC/DC multilevel
converters with reduced switch count, in which some power switches can be removed letting …

Decades of research have seen single-phase boost-type pulse-width modulation converters
be employed as front-end power factor correction (PFC) rectifiers in commercial power …

This paper presents the control-oriented modeling of pulse-width modulated converters
which employ the multistate switching cells concept and proposes a current balancing …