This work proposes a methodology for designing power electronic converters called
“Automatic Design for Manufacturing”(ADFM). This methodology proposes creating Power …

This paper introduces the implementation of a DC–AC step up isolated converter from
associations of bidirectional Conversion Standard Cells (CSCs). The designed multi-cell …

This paper presents a converter fully made using PCB embedding technology (including the
semiconductor devices, but also their gate driver circuits as well as the passive …

This paper presents a test bench developed to characterize modular power converters. It is
composed by a thermally isolated wind tunnel in which the temperature and the air flow can …

Printed Circuit Board technology is increasingly used to design power electronic converters.
Advanced electronics Computed-Aided Design (eCAD) tools allow us to describe the …

Printed Circuit Board technology is increasingly used to design power electronic converters.
Advanced electronics Computed-Aided Design (eCAD) tools allow us to describe the …

The paper deals with arrays of numerous power conversion cells, associated in series
and/or in parallel to build larger step up or step down direct current (DC)/DC isolated …

This paper presents the implementation of a bidirectional multi-level voltage inverter,
isolated converter based on a multi-cell architecture for battery charger applications. Dual …

Design of a 3kW power converter using PCB-embedding technology - From Nano to Micro Power
Electronics And Packaging Workshop, To Page 1 Design of a 3kW power converter using …

This work proposes a network architecture based on a generic converter structure as its core
block, multi-port active-bridge (MAB) structure, for application in microgrids with renewable …