In this paper, a detailed analysis and the spectral characteristics of a random carrier-frequency (RCF) technique for suppressing conducted EMI in an off-line switched-mode power supply are presented. The analysis provides a theoretical platform for studying the characteristics of this random switching scheme. The level of randomness is defined for the RCF scheme and varied in the converter example so that its effects on the power spectra can be demonstrated. Theoretical predictions of the spectral characteristics of this scheme are confirmed with measurements. Comparisons of the spectral performance show that the RCF scheme has better conducted EMI suppression than the FM and standard PWM schemes.link_to_subscribed_fulltex
Electrical infrastructure of modern society is highly dependent on the power electronic systems for ...
This paper investigates the application of a limited-pool random pulse-width modulation (RPWM) to hi...
Random pulsewidth modulation (RPWM) techniques for dc-ac power converters usually work well with hig...
Frequency modulation (FM) and random switching methods have been used for reducing conducted electro...
This paper addresses a comparative study of the spectral characteristics of four random-switching sc...
This paper addresses a comparative investigation on the use of random modulation schemes for dc/dc c...
In this paper effectiveness of spread spectrum modulation techniques to the electromagnetic interfer...
A comparative investigation on the use of random modulation schemes for dc/dc converters is presente...
This report describes the analysis of the Randomized Wrapped-Around Pulse Position Modulation (RWAPP...
A randomized pulse width modulation (RPWM) algorithm is applied in the control unit of the boost rec...
After establishing that the proper objects of study for randomized modulation of converters are the ...
An analysis and experimental results of the random pulsewidth modulation (RPWM) and random pulse-pos...
This paper provides an insight on various random pulse width modulation techniques and their effect ...
Power Line Communication (PLC) technologies utilize existing power cables for both power and data tr...
Conventional switched-mode dc-dc converters usually operate based on the Pulse Width Modulation sche...
Electrical infrastructure of modern society is highly dependent on the power electronic systems for ...
This paper investigates the application of a limited-pool random pulse-width modulation (RPWM) to hi...
Random pulsewidth modulation (RPWM) techniques for dc-ac power converters usually work well with hig...
Frequency modulation (FM) and random switching methods have been used for reducing conducted electro...
This paper addresses a comparative study of the spectral characteristics of four random-switching sc...
This paper addresses a comparative investigation on the use of random modulation schemes for dc/dc c...
In this paper effectiveness of spread spectrum modulation techniques to the electromagnetic interfer...
A comparative investigation on the use of random modulation schemes for dc/dc converters is presente...
This report describes the analysis of the Randomized Wrapped-Around Pulse Position Modulation (RWAPP...
A randomized pulse width modulation (RPWM) algorithm is applied in the control unit of the boost rec...
After establishing that the proper objects of study for randomized modulation of converters are the ...
An analysis and experimental results of the random pulsewidth modulation (RPWM) and random pulse-pos...
This paper provides an insight on various random pulse width modulation techniques and their effect ...
Power Line Communication (PLC) technologies utilize existing power cables for both power and data tr...
Conventional switched-mode dc-dc converters usually operate based on the Pulse Width Modulation sche...
Electrical infrastructure of modern society is highly dependent on the power electronic systems for ...
This paper investigates the application of a limited-pool random pulse-width modulation (RPWM) to hi...
Random pulsewidth modulation (RPWM) techniques for dc-ac power converters usually work well with hig...