By means of a floating handheld electronic product this work describes the influence of secondary discharge events during system level ESD testing on the failure threshold of the involved electronic circuit. In order to increase the robustness it was necessary to determine the discharge current target levels by a dedicated test set-up which was also used to verify the success of system modifications. This was a prerequisite for identifying the sensitive pins and for increasing the ESD robustness of the system
An ESD demonstrator system was designed to demonstrate the levels of transient fields that a wearabl...
It is necessary to design robust electronic systems against system-level electrostatic discharge (ES...
International audienceFailures caused by electrostatic discharges (ESD) constitute a major problem c...
When an ESD (electrostatic discharge) event reaches a non-grounded metallic part within a product, t...
If a nongrounded piece of metal is subjected to an electrostatic discharge (ESD), a spark between th...
If a non grounded piece of metal is subjected to an ESD, a spark between this metal part and grounde...
Secondary ESD from a non-grounded decorative metal structure on an electronic device often leads to ...
This paper gives experimental demonstration that the method described in Part 1 of the paper, using ...
A structure embedded in a printed circuit board is proposed to control secondary discharge currents ...
This dissertation, composed of four papers, discusses three topics related to system level electrost...
lectronic system designs often include transient protection to ensure system robustness for electros...
This paper shows that theoretical analysis of the thermal model of damage to electrostatic discharge...
Electrostatic discharge (ESD) is a major source of failures in electronic devices and products detec...
Chapter Two introduces into phenomena of electrostatic discharge ESD which may damage integrated cir...
We propose new methods for the assessment of real ESD threats to electronic components in modern ele...
An ESD demonstrator system was designed to demonstrate the levels of transient fields that a wearabl...
It is necessary to design robust electronic systems against system-level electrostatic discharge (ES...
International audienceFailures caused by electrostatic discharges (ESD) constitute a major problem c...
When an ESD (electrostatic discharge) event reaches a non-grounded metallic part within a product, t...
If a nongrounded piece of metal is subjected to an electrostatic discharge (ESD), a spark between th...
If a non grounded piece of metal is subjected to an ESD, a spark between this metal part and grounde...
Secondary ESD from a non-grounded decorative metal structure on an electronic device often leads to ...
This paper gives experimental demonstration that the method described in Part 1 of the paper, using ...
A structure embedded in a printed circuit board is proposed to control secondary discharge currents ...
This dissertation, composed of four papers, discusses three topics related to system level electrost...
lectronic system designs often include transient protection to ensure system robustness for electros...
This paper shows that theoretical analysis of the thermal model of damage to electrostatic discharge...
Electrostatic discharge (ESD) is a major source of failures in electronic devices and products detec...
Chapter Two introduces into phenomena of electrostatic discharge ESD which may damage integrated cir...
We propose new methods for the assessment of real ESD threats to electronic components in modern ele...
An ESD demonstrator system was designed to demonstrate the levels of transient fields that a wearabl...
It is necessary to design robust electronic systems against system-level electrostatic discharge (ES...
International audienceFailures caused by electrostatic discharges (ESD) constitute a major problem c...