结构扫描延迟测试的局限性

T. M. Mak
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引用次数: 0

摘要

除了传统的卡滞故障模型外,还有过渡故障模型和路径延迟模型,近年来还出现了许多其他的故障模型。转换模型本质上定义了一个缓慢上升或缓慢下降的节点,并且这个缓慢的转换使其成为主要输出。同时,路径延迟故障更精确,它定义了一个缓慢的事件沿着特定的路径传播到一个特定的主输出。由于它们的名称(过渡/延迟)和性质,这些故障模型似乎可以检测到结构延迟故障(无论是过程引起的还是延迟缺陷引起的)。业界普遍认为,使用这些模型实现良好的覆盖将保证高质量的产品。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Limitation of structural scan delay test
Beyond the traditional stuck-at fault model, there are transition fault model and path delay model, followed by many, many other fault models that have appeared over the years. Transition model essentially define a node that is slow to rise or slow to fall and that this slow transition make its way to a primary output. Meanwhile path delay fault is more precise and define that a slow event be propagated along specific paths to a particular primary output. Due to their name (transition/delay) and nature, these fault models would appear to detect structural delay faults (whether it is process induced or delay defect induced). There is a general belief in the industry that achieving good coverage with these models would guarantee high product quality.
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