Electrostatic discharge (ESD) indirect coupling on electronic equipment is theoretically and experimentally investigated considering the effects for three typical structures: a coaxial cable, a multilayer PCB, and a metallic enclosure. The analytical approach is based on classical electromagnetic theory and is developed in a simple way that is easy to apply and accurate enough to give the designer a reliable estimation of the interference produced by an ESD even
IC designers require fast and accurate methods of simulating immunity of ICs to ESD events to adequa...
ESD events can damage or upset electronic vehicle systems, so discharges to the electronic systems o...
This work demonstrates a simple experimental setup to measure ESD-induced voltage to traces on a pri...
Electrostatic discharge (ESD) indirect coupling on electronic equipment is theoretically and experim...
It is well recognized that the electromagnetic interference due to indirect electrostatic discharge ...
An accurate design is necessary to protect the circuitry of orbiting spacecraft from the effects of ...
The discharge current in the contact mode and the voltage induced inside a shielded cable that inter...
Currents and voltages injected and induced on high speed high populated printed circuit boards (PCBs...
In the first section, a concept for analyzing ESD generators and coupling to EUT (equipment under te...
Field levels in indirect Electrostatic Discharge (ESD) test setups are not known yet. It has been pr...
The coupling from electrostatic discharge (ESD) events is effectively calculated using the partial e...
The coupling through apertures between an electrostatic discharge (ESD) current flowing on the exter...
Field levels in indirect electrostatic discharge (ESD) test setups are hardly known yet. It has been...
The horizontal coupling plane (HCP) and the vertical coupling plane (VCP) are essential elements of ...
IC designers require fast and accurate methods of simulating immunity of ICs to ESD events to adequa...
IC designers require fast and accurate methods of simulating immunity of ICs to ESD events to adequa...
ESD events can damage or upset electronic vehicle systems, so discharges to the electronic systems o...
This work demonstrates a simple experimental setup to measure ESD-induced voltage to traces on a pri...
Electrostatic discharge (ESD) indirect coupling on electronic equipment is theoretically and experim...
It is well recognized that the electromagnetic interference due to indirect electrostatic discharge ...
An accurate design is necessary to protect the circuitry of orbiting spacecraft from the effects of ...
The discharge current in the contact mode and the voltage induced inside a shielded cable that inter...
Currents and voltages injected and induced on high speed high populated printed circuit boards (PCBs...
In the first section, a concept for analyzing ESD generators and coupling to EUT (equipment under te...
Field levels in indirect Electrostatic Discharge (ESD) test setups are not known yet. It has been pr...
The coupling from electrostatic discharge (ESD) events is effectively calculated using the partial e...
The coupling through apertures between an electrostatic discharge (ESD) current flowing on the exter...
Field levels in indirect electrostatic discharge (ESD) test setups are hardly known yet. It has been...
The horizontal coupling plane (HCP) and the vertical coupling plane (VCP) are essential elements of ...
IC designers require fast and accurate methods of simulating immunity of ICs to ESD events to adequa...
IC designers require fast and accurate methods of simulating immunity of ICs to ESD events to adequa...
ESD events can damage or upset electronic vehicle systems, so discharges to the electronic systems o...
This work demonstrates a simple experimental setup to measure ESD-induced voltage to traces on a pri...