Add to ORKGThis paper presents a modulation scheme in order to reduce conducted Electromagnetic Interference (EMI) generated by modular power converters with parallel topology. The proposed scheme is based on a combination of interleaving and Switching Frequency Modulation (SFM) techniques. The objective of this modulation scheme is to cancel certain harmonics of EMI and to reduce the amplitude of the remaining harmonics. The proposed scheme has been implemented in a field programmable gate array and a four channel parallel buck converter has been used in order to verify it. A significant EMI reduction has been obtained in comparison to use the interleaving and Switching Frequency Modulation separately.Peer Reviewe
International audienceThis paper explores the application of the Variable Delay Frequency Modulation...
This paper explores the application of the Variable Delay Frequency Modulation (VDFM) to an Interl...
This paper explores the application of the Variable Delay Frequency Modulation (VDFM) to an Interle...
This paper presents a modulation scheme in order to reduce conducted Electromagnetic Interference (E...
In this paper an evaluation of different modulations techniques that combine switching frequency mod...
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 ...
This paper contributes to the conducted EMI reduction generated by switched power converters operati...
This paper contributes to the conducted EMI reduction generated by switched power converters operat...
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...
This paper presents a new mixed modulator that combines interleaving and spread-spectrum techniques...
This paper presents a new mixed modulator that combines interleaving and spread-spectrum techniques ...
Electromagnetic interference (EMI) is one of the major problems of switching power converters. This ...
Abstract—Switched converters are a source of electromagnetic interference (EMI) due to the hard swit...
International audienceThis paper explores the application of the Variable Delay Frequency Modulation...
This paper explores the application of the Variable Delay Frequency Modulation (VDFM) to an Interl...
This paper explores the application of the Variable Delay Frequency Modulation (VDFM) to an Interle...
This paper presents a modulation scheme in order to reduce conducted Electromagnetic Interference (E...
In this paper an evaluation of different modulations techniques that combine switching frequency mod...
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 ...
This paper contributes to the conducted EMI reduction generated by switched power converters operati...
This paper contributes to the conducted EMI reduction generated by switched power converters operat...
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...
This paper presents a new mixed modulator that combines interleaving and spread-spectrum techniques...
This paper presents a new mixed modulator that combines interleaving and spread-spectrum techniques ...
Electromagnetic interference (EMI) is one of the major problems of switching power converters. This ...
Abstract—Switched converters are a source of electromagnetic interference (EMI) due to the hard swit...
International audienceThis paper explores the application of the Variable Delay Frequency Modulation...
This paper explores the application of the Variable Delay Frequency Modulation (VDFM) to an Interl...
This paper explores the application of the Variable Delay Frequency Modulation (VDFM) to an Interle...