Chaos-based quasi-stationary frequency modulation has been shown to significantly reduce the electromagnetic interference due to possibly high frequency clock signals with respect to previously proposed and patented methods. Arguments are given highlighting the link between the spectrum of the modulated signal and the invariant probability density function of the chaotic system generating the modulating signal. Finally, experimental measurements are shown confirming the advantages of the proposed method and its applicability for different values of the victim apparatus bandwidth.
Experimental verification of enhanced electromagnetic compatibility in chaotic FM clock signals
SETTI, Gianluca;BALESTRA, Michele;
2000
Abstract
Chaos-based quasi-stationary frequency modulation has been shown to significantly reduce the electromagnetic interference due to possibly high frequency clock signals with respect to previously proposed and patented methods. Arguments are given highlighting the link between the spectrum of the modulated signal and the invariant probability density function of the chaotic system generating the modulating signal. Finally, experimental measurements are shown confirming the advantages of the proposed method and its applicability for different values of the victim apparatus bandwidth.File in questo prodotto:
Non ci sono file associati a questo prodotto.
I documenti in SFERA sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
