The development of renewable energy systems interfaced with the grid by power electronic
converters leads to increasing issues of electromagnetic coexistence between power and …

The reduced switching times of silicon carbide (SiC) components compared to Si
components in similar conditions are a great advantage from the point of view of efficiency …

In order to improve the efficiency and to reduce the environmental impact of aircraft, global
efforts for reducing the aircraft weight are under way. One of the key issues thereto is the …

Switching power supplies are sources of noise for sensitive circuits. Converters should
comply with electromagnetic compatibility (EMC) rules so that the electromagnetic …

Electromagnetic compatibility (EMC) is crucial when designing and operating wireless
power transfer (WPT) systems for charging Electric Vehicles (EVs). WPT technology allows …

Increases of switching levels and frequency make the compliance with radiated EMC
standards more and more difficult. A modeling method based on the partial equivalent …

In the paper ringing phenomena in a DC-DC boost converter is presented. The ringing
frequency is calculated using an analytical formula. The necessary wide band models of …

Numerical simulation is a standard procedure in the design of power electronic systems.
With simulation, one can test new concepts immediately without the need to order …

In this paper, the EMC behaviour of a switching cell is studied in a standardized
environment, using both experiments and simulations. The environment model has been …

Black-box modelling approaches, based on suitable sets of measurements at the output
ports of the device, are often exploited for the modelling of power converters to predict their …