Methodology used for the development of an electrostatic discharge (ESD) sensitivity classification for packaging and handling of automotive components

Abstract

Electrostatic discharge (ESD) is an increasing threat of electrical overstress damage, in both discrete electronic devices and integrated circuits of electronic components. A test procedure for evaluating electronic components in the powered state was already available. A test procedure for evaluating the ESD sensitivity of components for handling and packaging was also available, but real world results showed it to be deficient. Consequently, there was a definite need to develop a test procedure that correlated to real world results. The paper describes the development of a test method that evaluates the ESD sensitivity of components and simulates realistic handling and packaging conditions.<>