Abstract: Most researchers in the Power Line Communications (PLC) field have adopted the practice of using idealized impulse noise models directly at the input of the demodulator, as is widely done in simulations. The effect of the coupling circuit on the impulse noise tend to be ignored. However, coupling circuits produce transients. This paper focuses on investigating the effect of the coupling circuit on the impulse noise. Experimental measurements are used to determine the effect of the coupling circuit. An equivalent circuit of the coupling circuit is developed and further simulations are conducted to gain in-depth knowledge on how the impulse noise is affected by the coupling circuit. A literature survey suggests that this topic has n...
The maximum coupling between printed circuit board components connected to the same power-ground pla...
International audienceThis chapter introduces channel and noise characterisation for Power Line Comm...
As layout density increases in highly integrated multilayer printed circuit boards (PCBs), the noise...
Abstract : Most researchers in the Power Line Communications field have adopted the practice of usin...
Power line communications refers to the concept of transmitting information using the mains power li...
Impulsive noise is one of the main impairments over power line channels. In this respect, this paper...
Power supply noise coupling represents a challenge in the design of current and future analog and mi...
Abstract-This paper reviews existing noise models including both background and impulsive noise for ...
It has been demonstrated that Power Line Communications (PLC) can interfere with some radio services...
Power Line Communication (PLC) has the potential to become the preferred technique for providing bro...
Abstract: The technology which utilizes the power line as a medium for transferring information know...
The performance of Power Line Communication (PLC) degrades due to the presence of different types of...
Power Line Communication (PLC) is a technology which transforms the power line into pathways for the...
Impulsive noise is one of the major challenges in power line communications and can degrade the perf...
Abstract — Power Line Communication (PLC) has the potential to become the preferred technique for pr...
The maximum coupling between printed circuit board components connected to the same power-ground pla...
International audienceThis chapter introduces channel and noise characterisation for Power Line Comm...
As layout density increases in highly integrated multilayer printed circuit boards (PCBs), the noise...
Abstract : Most researchers in the Power Line Communications field have adopted the practice of usin...
Power line communications refers to the concept of transmitting information using the mains power li...
Impulsive noise is one of the main impairments over power line channels. In this respect, this paper...
Power supply noise coupling represents a challenge in the design of current and future analog and mi...
Abstract-This paper reviews existing noise models including both background and impulsive noise for ...
It has been demonstrated that Power Line Communications (PLC) can interfere with some radio services...
Power Line Communication (PLC) has the potential to become the preferred technique for providing bro...
Abstract: The technology which utilizes the power line as a medium for transferring information know...
The performance of Power Line Communication (PLC) degrades due to the presence of different types of...
Power Line Communication (PLC) is a technology which transforms the power line into pathways for the...
Impulsive noise is one of the major challenges in power line communications and can degrade the perf...
Abstract — Power Line Communication (PLC) has the potential to become the preferred technique for pr...
The maximum coupling between printed circuit board components connected to the same power-ground pla...
International audienceThis chapter introduces channel and noise characterisation for Power Line Comm...
As layout density increases in highly integrated multilayer printed circuit boards (PCBs), the noise...