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Table of Contents
1. electrostatic discharge phenomenon
2. Effects of ESD on electronics
3. Principal ESD specifications
4. ESD diagnostics and testing
5. Design for ESD immunity
6. ESD cases studies
App. A. ESD protection by design of chips and microcircuits
App. B. Prediction of ESD damage level for a semiconductor junction
App. C. Spark-over voltages
App. D. Fatigue phenomena during repeated ESD testing
App. E. Prediction of ESD-induced noise by fast frequency-domain calculations
App. F. More experiments on ESD coupling to boxes
App. G. Examples of simple SPICE modeling of ESD coupling effects
App. H. Time-to-frequency conversion for a single transient.
2. Effects of ESD on electronics
3. Principal ESD specifications
4. ESD diagnostics and testing
5. Design for ESD immunity
6. ESD cases studies
App. A. ESD protection by design of chips and microcircuits
App. B. Prediction of ESD damage level for a semiconductor junction
App. C. Spark-over voltages
App. D. Fatigue phenomena during repeated ESD testing
App. E. Prediction of ESD-induced noise by fast frequency-domain calculations
App. F. More experiments on ESD coupling to boxes
App. G. Examples of simple SPICE modeling of ESD coupling effects
App. H. Time-to-frequency conversion for a single transient.