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Systems Response to Electrostatic Discharge: Part 2

Through the referenced research efforts, it has been recognized that the spectral bandwidth of the ESD event, considered as a continuum, is highly dependent on the electrostatic initialization amplitudes that are evident immediately prior to the displacement of the stored energy through the ESD event.

ESD Standards: An Annual Progress Report

Industry standards play a major role in providing meaningful metrics and common procedures that allow various manufacturers, customers and suppliers to communicate from facility to facility around the world. Standards are increasingly important in our global economy. In manufacturing, uniform quality requirements and testing procedures are necessary to make sure that all involved parties are speaking the same language.

Systems Response to Electrostatic Discharge: Part 1

This paper discusses the application of ESP impulse waveform research results toward understanding the ESD amplitude-waveform dependency of susceptibility responses from systems products and outlines the conceptual aspects of the test methodology required for thorough product evaluation.

Static Hocus Pocus

Associate Professor Neils Jonassen authored a bi-monthly static column that appeared in Compliance Engineering...

ESD Target Levels: The Industry Council

An Industry Council on ESD Target Levels was established in 2006 when a few IC companies decided to understand why during the product qualification process at every corporation, passing the ESD test is a frequent bottleneck for customer acceptance.

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Electrostatic Discharge Technology Roadmap

This document provides estimates of future ESD device thresholds and their potential impact on ESD control practices. The threshold estimates reflect the prevailing trends in semiconductor technology as viewed by selected industry leaders. These projections are intended to provide a view of future device protection limitations driven by performance requirements and technology scaling. It also provides a common view of expected performance for device suppliers and users. Finally, these trends point to the need for continued improvements in ESD control procedures and compliance.

Lightning Damage to Equipment without a Metallic Connection to an External Communications Service

Lightning damage to equipment with a metallic (wired) connection to a communications service has been studied for many years, resulting in a series of Telcordia GR, ATIS and TIA standards in the United States, and ITU-T recommendations elsewhere.

Induction: What it means to ESD

Associate Professor Neils Jonassen authored a bi-monthly static column that appeared in Compliance Engineering...

How Is Static Electricity Generated?

Associate Professor Neils Jonassen authored a bi-monthly static column that appeared in Compliance Engineering...

Fundamentals of Electrostatic Discharge: Part 5: Device Sensitivity and Testing

In Part 2 of this series we indicated that a key element in a successful static control program was the identification of those items (components, assemblies and finished products) that are sensitive to ESD and the level of their sensitivity. Damage to an ESDS device by the ESD event is determined by the device’s ability to dissipate the energy of the discharge or withstand the current levels involved. This is known as device “ESD sensitivity” or “ESD susceptibility.”

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