So far, the test pattern generation for IDDQ testing has been performed without considering the value of the faulty current in comparison with the minimum current that is detectable as a fault: this approach will be shown to be misleading, since it actually gives optimistic coverage evaluation. Then, this work presents an ATPG strategy that targets the highest values of current during the fault activation, in such a way that either a higher fault coverage can be obtained or a less accurate sensor can be used.
Test pattern generation for iddq: increasing test quality
Favalli Michele;Olivo Piero
1995
Abstract
So far, the test pattern generation for IDDQ testing has been performed without considering the value of the faulty current in comparison with the minimum current that is detectable as a fault: this approach will be shown to be misleading, since it actually gives optimistic coverage evaluation. Then, this work presents an ATPG strategy that targets the highest values of current during the fault activation, in such a way that either a higher fault coverage can be obtained or a less accurate sensor can be used.File in questo prodotto:
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