Wide bandgap devices enable high power density power converters. Despite the
advantages of increased switching frequency, the passive components are still a major …

Electromagnetic interference (EMI) is one of the biggest challenges faced during the
production of any electronic device. The effect on the performance of the instrument due to …

Due to the continuous switching action of the inverter in the motor drive system, an
electromagnetic interference (EMI) is generated in the system. Active EMI filter has a smaller …

In this article, an active electromagnetic interference (EMI) filter is designed to reduce the dc
side common mode (CM) EMI in motor drive system. Different from the traditional passive …

Due to the successive switching actions in a power electronic system, considerable
conducted electromagnetic interference (EMI) is generated. This has been a major concern …

Electromagnetic interference (EMI) in non-isolated power converters is regulated by
extensive standards in many applications. EMI modeling and reduction research is key to …

Spread-spectrum modulation strategy is recognized as an effective solution to reduce
conducted electromagnetic interference (EMI). This article proposes a family of spread …

Active cancellation of disturbing signals is a common method in EMC. In this paper, a
specialized strategy is presented to minimize the disturbing harmonics of stationary clocked …

Integration of electromagnetic interference (EMI) filters is a good idea to further decrease the
volume and weight of a power converter. However, the conventional research articles mainly …

Active electromagnetic interferences (EMI) cancellation is a promising solution to reduce the
size of passive filters. Power electronic systems may generate periodic disturbances if they …