Parallel multilevel converters are now widely used in the industry, particularly in high-current
applications such as voltage regulator modules. The reduction of the output current ripple …

A large number of papers regarding Coupling Inductors (CIs) for interleaved parallel
connected converter stages is available in literature. However, to the knowledge of the …

With the recent development and availability of wide bandgap devices in the market, more
and more power converters are being designed with such devices. Given their fast …

Photovoltaic systems (PV) of higher power are connected to the grid through three-phase
inverters via output filters which are designed to limit Electromagnetic Interference (EMI), in …

A multi-converter architecture for high-transformation conversion ratio based on Dual Active
Bridge converters is presented as good candidate with high integration capability …

Series and parallel multicell converters (SMCs and PMCs) have been conventionally used
in high-voltage and high-power applications. Recently, due to the improved efficiency with …

The series and parallel multicell converters have been introduced because they provide
benefits in terms of efficiency and power density. However, they also allow reducing the …

In this paper, a modularity concept using standard three-leg converters is addressed. Three-
phase cascaded topologies composed of standard three-leg converters are investigated …

An attractive approach to increasing the output power and bandwidth of converters is
through the parallel connection of multiple, subrated converter cells via mutually coupled …

This paper examines interleaved converters in which tolerances of the cell inductors are
taken into account. Normally, an equally distributed phase-shift is applied to the PWM of an …