This paper contributes to the conducted EMI reduction generated by switched power converters operating in multiconverter arrangement. The EMI reduction is achieved by means of the combination of two techniques: interleaving and switching frequency modulation. The effectiveness of such methods in terms of EMI reduction is experimentally validated in a four channel parallel buck converter. The technique that provides the best attenuation results is identified. Finally, special attention has been paid to possible undesired side-effects produced by these techniques. For this reason the converter efficiency and output voltage ripple are evaluated.Peer Reviewe
This work presents the design and verification of electromagnetic interference (EMI) reduction techn...
This work presents the design and verification of electromagnetic interference (EMI) reduction techn...
An EMI reduction technique using two MOSFETs instead of a single MOSFET in a Buck converter has been...
This paper contributes to the conducted EMI reduction generated by switched power converters operati...
Abstract-This paper contributes to the conducted EMI reduction generated by switched power converter...
This paper explores new techniques to reduce the conducted EMI generated by switched power converter...
In this paper an evaluation of different modulations techniques that combine switching frequency mod...
This paper presents a modulation scheme in order to reduce conducted Electromagnetic Interference (E...
This paper presents a modulation scheme in order to reduce conducted Electromagnetic Interference (E...
A new technique to reduce EMI in modular power multiconverters is described. The technique is based ...
A new technique to reduce EMI in modular power multiconverters is described. The technique is based ...
Abstract—Switched converters are a source of electromagnetic interference (EMI) due to the hard swit...
Electromagnetic interference (EMI) is one of the major problems of switching power converters. This ...
Switched converters are a source of electromagnetic interference (EMI) due to the hard switching and...
Measurements of conducted and radiated electromagnetic interference (EMI) emission from hard-switche...
This work presents the design and verification of electromagnetic interference (EMI) reduction techn...
This work presents the design and verification of electromagnetic interference (EMI) reduction techn...
An EMI reduction technique using two MOSFETs instead of a single MOSFET in a Buck converter has been...
This paper contributes to the conducted EMI reduction generated by switched power converters operati...
Abstract-This paper contributes to the conducted EMI reduction generated by switched power converter...
This paper explores new techniques to reduce the conducted EMI generated by switched power converter...
In this paper an evaluation of different modulations techniques that combine switching frequency mod...
This paper presents a modulation scheme in order to reduce conducted Electromagnetic Interference (E...
This paper presents a modulation scheme in order to reduce conducted Electromagnetic Interference (E...
A new technique to reduce EMI in modular power multiconverters is described. The technique is based ...
A new technique to reduce EMI in modular power multiconverters is described. The technique is based ...
Abstract—Switched converters are a source of electromagnetic interference (EMI) due to the hard swit...
Electromagnetic interference (EMI) is one of the major problems of switching power converters. This ...
Switched converters are a source of electromagnetic interference (EMI) due to the hard switching and...
Measurements of conducted and radiated electromagnetic interference (EMI) emission from hard-switche...
This work presents the design and verification of electromagnetic interference (EMI) reduction techn...
This work presents the design and verification of electromagnetic interference (EMI) reduction techn...
An EMI reduction technique using two MOSFETs instead of a single MOSFET in a Buck converter has been...