EOS/ESD Failure Models and Mechanisms

Program
ESD Certified Professional-Device/Design Engineer
 
Course Length
Half-day course
 
Description

Fundamental failure mechanisms of electrical overstress/electrostatic discharge (EOS/ESD) and the physics behind them are the focus of this tutorial. Topics include the primary thermal failure mechanisms: junction burnout, oxide punch-through, and metallization burnout. Particular emphasis will be placed on the concept of simulation fidelity, which is crucial in the design of meaningful and robust ESD tests. Simulation fidelity is obtained by considering the interplay of the stress environment with the failure mechanism. Because this approach is developed for arbitrary stress environments, the considerations are equally applicable to EOS environments

The Industry Council is an independent Institution focused on target levels of ESD component testing, applying the HBM, MM and CDM standards.

Revised: 6/2/2011 © Copyright, 1999-2012

ESD Association • 7900 Turin Road, Building 3 • Rome, NY 13440-2069 USA • Ph: +1 315-339-6937 • Fax: +1 315-339-6793 • email: info@esda.org

The 2010 EOS ESD SymposiumThe 4th Annual IEW is in the works, for location and date click here.Attend the next ESDA Meeting series, for location please click here.

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