In this paper, the effects of random spread spectrum (SS) electromagnetic interference (EMI) on digital communications are addressed. For this purpose, the influence of EMI on a communication channel is described in the framework of information theory in terms of an equivalent channel capacity loss, which is analytically predicted and validated by experimental results. The EMI-induced channel capacity loss for non-modulated and SS-modulated interference generated by a switching-mode DC-DC power converter are then evaluated for different EMI and channel characteristics so that to compare different scenarios of practical interest
In this paper, we show that a frequency modulated (FM) source of conducted emission has an adverse e...
Frequency modulation (FM) and random switching methods have been used for reducing conducted electro...
This paper demonstrates that using conventional frequency scanning methods for the evaluation of con...
The interference between switching mode power converters and wireline digital communications is add...
This article addresses the effects on nearby communication systems when spread spectrum modulation t...
The impact of spread-spectrum techniques used to mitigate EMI from power converters on Power Line Co...
In this paper, the effects of electromagnetic interference (EMI) coupled to a radio-frequency (RF) c...
Interference in Power Line Communication (PLC) is examined in this paper. PLC is a wired communicati...
In the last few decades, the use of power converters is essential in the smart grid environment. Con...
Spread spectrum is a technique introduced for mitigating electromagnetic interference (EMI) problems...
Power line communication (PLC) is increasingly emerging as an important communication technology for...
In this paper effectiveness of spread spectrum modulation techniques to the electromagnetic interfer...
Due to the continuous progress in semiconductor technology and the rapidly evolving application scen...
Spread spectrum clocking (SSC) has recently emerged as a very effective solution to mitigate electro...
Spread Spectrum Clocking (SSC) is used for many PCs to satisfy a regulation of emission. The SSC aff...
In this paper, we show that a frequency modulated (FM) source of conducted emission has an adverse e...
Frequency modulation (FM) and random switching methods have been used for reducing conducted electro...
This paper demonstrates that using conventional frequency scanning methods for the evaluation of con...
The interference between switching mode power converters and wireline digital communications is add...
This article addresses the effects on nearby communication systems when spread spectrum modulation t...
The impact of spread-spectrum techniques used to mitigate EMI from power converters on Power Line Co...
In this paper, the effects of electromagnetic interference (EMI) coupled to a radio-frequency (RF) c...
Interference in Power Line Communication (PLC) is examined in this paper. PLC is a wired communicati...
In the last few decades, the use of power converters is essential in the smart grid environment. Con...
Spread spectrum is a technique introduced for mitigating electromagnetic interference (EMI) problems...
Power line communication (PLC) is increasingly emerging as an important communication technology for...
In this paper effectiveness of spread spectrum modulation techniques to the electromagnetic interfer...
Due to the continuous progress in semiconductor technology and the rapidly evolving application scen...
Spread spectrum clocking (SSC) has recently emerged as a very effective solution to mitigate electro...
Spread Spectrum Clocking (SSC) is used for many PCs to satisfy a regulation of emission. The SSC aff...
In this paper, we show that a frequency modulated (FM) source of conducted emission has an adverse e...
Frequency modulation (FM) and random switching methods have been used for reducing conducted electro...
This paper demonstrates that using conventional frequency scanning methods for the evaluation of con...