Electromagnetic interference issues are associated with high-speed switching of power
converters. EMI modeling is an essential tool to study and control the EMI emission …

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 …

The proliferation of power electronics in automotive and industrial applications raises
compliance challenges in meeting electromagnetic compatibility (EMC) regulatory …

The switching fluctuation of a dc–dc converter causes jitter and makes the conducted noise
time-variant. Averaging-mode measurement with an oscilloscope or other instruments …

Since electromagnetic compatibility studies intend to predict the compliance with
electromagnetic standards, an accurate computation of both common and differential mode …

This paper investigates the common-mode (CM) electromagnetic interference (EMI) in the
largely networked power electronics enabled power system. With the increasingly electrified …

The unconventional improvements in the power electronics field have been the primary
reason for massive deployment of renewable energy sources in the electrical power grid …

Since studies are intended to be used to predict the compliance with Electromagnetic
standards, an accurate computing of a common and differential mode conducted noise is …

Electromagnetic compatibility of power electronics systems has evolved into an engineering
discipline that should be considered at the beginning stage of the design process. While …