Mixed-signal ASIC for increased definition television (IDTV) applications

Equivalence amongst the single and double catastrophic component faults of a potentiometric DAC under steadystate d. c. conditions is investigated. Easily identi3able equivalent faults are shown to populate the fault list in significant numbers. By facilitating a systematic testdesign approach focused on the prevention of equivalent fault conditions during test, equivalent fault analysis is used to greatly increase the percentage of catastrophic component faults diagnosable with a Built-In Self-Test (BIST) in [13]. The efect on analysis of component tolerances and other nonidealities is yet to be considered.

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The use of equivalent fault analysis to improve static D.C. fault diagnosis - a potentiometric DAC case study

Worsman

Wong²,

Lee³

IEEE European Test Workshop, 2001.

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Mixed-signal ASIC for increased definition television (IDTV) applications

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The use of equivalent fault analysis to improve static D.C. fault diagnosis - a potentiometric DAC case study

The use of equivalent fault analysis to improve static D.C. fault diagnosis - a potentiometric DAC case study

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