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

A generalized terminal modeling technique was proposed earlier to predict conducted
electromagnetic interference from a dc-dc boost converter. The predictions of these …

Behavioral electromagnetic interference (EMI) models based on Thevenin equivalents are
proposed for a dc-fed three-phase motor drive system. Both common-mode (CM) and …

The switching frequency of power converters is continuing to increase with the demand for
their increased power density. Therefore, the frequency band of the electromagnetic …

Over the past ten years, there has been increased use of electronic power processing in
alternative, sustainable, and distributed energy sources, as well as energy storage systems …

The design of optimal electromagnetic compatibility filters for converters used in electrical
networks requires the precise knowledge of input and output terminal impedances. For this …

EMI modeling of power converters is crucial to develop EMI attenuation solutions. Recently,
more and more modeling and mathematical analysis of electromagnetic interference (EMI) …

This paper proposes a novel simulation model for common-mode inductors. The proposed
model is able to capture the frequency dependency of complex permeability and leakage …

The measurement of modal impedances of switching-mode power supplies (SMPSs) is of
paramount importance in electromagnetic compatibility applications, especially when …

With the high electromagnetic interference (EMI) noise generated by fast-switching-speed
devices, it is crucial to learn about EMI noise generation and propagation in the systems and …