Previous studies have demonstrated that power plane pairs in a printed circuit board are capable of generating significant radiated emissions at resonance frequencies if these resonances are not damped by material or component losses. The paper shows that board resonances may be readily damped by component losses. However, radiated emissions from a damped power bus may still exceed FCC or CISPR limits over a broad band of frequencies
Power bus structures in printed circuit boards with solid power and ground planes exhibit resonances...
This paper reviews the basic mechanisms through which voltage and currents signals in printed circui...
The reduction in radiated electromagnetic field of printed circuit board with active components and ...
Abstract — This paper investigates the effect of grounding posts when printed circuit boards are mou...
The noise voltage in the reference or ground of a printed circuit board is often the cause of unwant...
An expression for the maximum intensity of radiated emissions from a rectangular power bus structure...
Power/ground partitioning has been used to supply multivoltage levels and to isolate power/ground no...
Power plane resonances are a main source of unwanted radiated emission of printed circuit boards. Se...
The maximum coupling between printed circuit board components connected to the same power-ground pla...
Printed circuit board (PCB) with narrow ground plane microstrip structure (PCBNGP) is the result of ...
The objective of this thesis is to explore a simple way to estimate the maximum power bus noise in p...
Several solutions to decrease the propagation of simultaneous switching noise (SSN) in power distrib...
Abstract—An electronic product has to comply with a myriad of EMC requirements before it can be mark...
Many electronics products are built using printed circuit boards (PCBs) bolted to a metal chassis. T...
Due to the tendency of faster data rates and lower power supply voltage in the integrated circuit (I...
Power bus structures in printed circuit boards with solid power and ground planes exhibit resonances...
This paper reviews the basic mechanisms through which voltage and currents signals in printed circui...
The reduction in radiated electromagnetic field of printed circuit board with active components and ...
Abstract — This paper investigates the effect of grounding posts when printed circuit boards are mou...
The noise voltage in the reference or ground of a printed circuit board is often the cause of unwant...
An expression for the maximum intensity of radiated emissions from a rectangular power bus structure...
Power/ground partitioning has been used to supply multivoltage levels and to isolate power/ground no...
Power plane resonances are a main source of unwanted radiated emission of printed circuit boards. Se...
The maximum coupling between printed circuit board components connected to the same power-ground pla...
Printed circuit board (PCB) with narrow ground plane microstrip structure (PCBNGP) is the result of ...
The objective of this thesis is to explore a simple way to estimate the maximum power bus noise in p...
Several solutions to decrease the propagation of simultaneous switching noise (SSN) in power distrib...
Abstract—An electronic product has to comply with a myriad of EMC requirements before it can be mark...
Many electronics products are built using printed circuit boards (PCBs) bolted to a metal chassis. T...
Due to the tendency of faster data rates and lower power supply voltage in the integrated circuit (I...
Power bus structures in printed circuit boards with solid power and ground planes exhibit resonances...
This paper reviews the basic mechanisms through which voltage and currents signals in printed circui...
The reduction in radiated electromagnetic field of printed circuit board with active components and ...