Current stress is essential for the reliability of power switching devices, especially for high-
voltage applications, such as three-level NPC-based dual-active-bridge (3LNPC-DAB) …

This paper presents a novel multilevel active-clamped converter topology, which is an
extension to m levels of the three-level active neutral-point-clamped topology. The operating …

This paper proposes an improved Multilevel Boost Converter, also known as Multiplier Boost
Converter, in which the spike-type current among capacitors is eliminated through one …

Active neutral point is the most attractive inverter topology in many applications such as a
photovoltaic system because of the equal loss distribution among switches. This study …

The hybrid flying-capacitor based active-neutral-point-clamped converter is a recent
multilevel converter topology with interesting properties such as high quality output voltage …

The switching-cell array is a flexible device formed by a matrix arrangement of highly
optimized switching cells all at the same voltage rating. The switching cells within a …

(English) The search for standardization in power converter design is motivated by the
potential of a significant decrease in design time, a significant decrease in converter cost …

Galvanically-isolated bidirectional dc-dc converters (IBDCs) have recently received more
attention due to its increasing use in systems requiring energy transfer between two dc …

Multilevel converter technology has been receiving increasing attention during the last years
due to its important advantages compared to conventional two-level conversion. Multilevel …

El convertidor hıbrido basado en una celda activeneutral-point-clamped conectada en serie
con celdas con condensadores flotantes es una topologıa multinivel reciente con …