The EMI performance of cable-connector assemblies designed for FC-0 transmission has been studied. Two types of cable and two connector styles were evaluated. Experimental results show that the dominant radiation mechanism for short cable lengths is the common-mode current caused by source and PCB skew that leaks to the exterior of the shield via the transfer impedance of the connector. However, the cable imbalance becomes a more significant source of common-mode current than the source skew when the cable assembly is tens of meters long
Electromagnetic interference (EMI) coupling associated with inter-board connection is investigated. ...
High-speed connectors contribute to system-level electromagnetic interference (EMI). Radiation from ...
Fast switching of PWM-inverters cause a lot of electromagnetic interference (EMI). To lower the dv/d...
Abstract — The paper defines the term electrical noise with its types. Electromagnetic Interference ...
Fundamental EMI source mechanisms leading to common-mode radiation from printed circuit boards with ...
In modern mobile devices, as a result of the increase in data rate, requirement for higher density s...
This paper provides an approach for predicting the effects of skew and imbalance on radiated emissio...
The effects of using uncontrolled or undefined cable terminations during electromagnetic interferenc...
EMI associated with inter-board connection was studied through common-mode current measurements and ...
Stacked-card and modules-on-backplane printed circuit board geometries are advantageous for conservi...
The induced primary emission leads to changes in the primary emission of a device and the induced se...
The induced primary emission leads to changes in the primary emission of a device and the induced se...
Common mode signals on flexible cables often cause unwanted EMI. Common mode currents can be control...
Stacked-card and modules-on-backplane printed circuit-board geometries are advantageous for conservi...
Fundamental mechanisms leading to common-mode radiation from printed circuit boards with attached ca...
Electromagnetic interference (EMI) coupling associated with inter-board connection is investigated. ...
High-speed connectors contribute to system-level electromagnetic interference (EMI). Radiation from ...
Fast switching of PWM-inverters cause a lot of electromagnetic interference (EMI). To lower the dv/d...
Abstract — The paper defines the term electrical noise with its types. Electromagnetic Interference ...
Fundamental EMI source mechanisms leading to common-mode radiation from printed circuit boards with ...
In modern mobile devices, as a result of the increase in data rate, requirement for higher density s...
This paper provides an approach for predicting the effects of skew and imbalance on radiated emissio...
The effects of using uncontrolled or undefined cable terminations during electromagnetic interferenc...
EMI associated with inter-board connection was studied through common-mode current measurements and ...
Stacked-card and modules-on-backplane printed circuit board geometries are advantageous for conservi...
The induced primary emission leads to changes in the primary emission of a device and the induced se...
The induced primary emission leads to changes in the primary emission of a device and the induced se...
Common mode signals on flexible cables often cause unwanted EMI. Common mode currents can be control...
Stacked-card and modules-on-backplane printed circuit-board geometries are advantageous for conservi...
Fundamental mechanisms leading to common-mode radiation from printed circuit boards with attached ca...
Electromagnetic interference (EMI) coupling associated with inter-board connection is investigated. ...
High-speed connectors contribute to system-level electromagnetic interference (EMI). Radiation from ...
Fast switching of PWM-inverters cause a lot of electromagnetic interference (EMI). To lower the dv/d...