Fault location in cellular arrays

K. Thurber
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引用次数: 8

Abstract

Testing of complex integrated cellular logic circuits fabricated using LSI techniques has become a source of concern to users and manufacturers. Since an economically feasible solution to testing problems is not visible for the complex arrays contemplated for the near future, manufacturers have acknowledged the seriousness of the problem. Currently some observers believe that LSI cannot be tested because general procedures for testing and diagnosing digital circuits are applicable to small networks of approximately 30 gates, while cellular arrays are contemplated as containing hundreds or thousands of gates on one chip. However, if arrays are constrained to be in a cellular form, then testing problems can be simplified and test schedules can be produced which use the interconnection structure of cellular arrays.
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蜂窝阵列故障定位
使用大规模集成电路技术制造的复杂集成细胞逻辑电路的测试已经成为用户和制造商关注的一个来源。由于在不久的将来,对于复杂的阵列来说,经济上可行的测试问题解决方案是不可见的,制造商已经承认了问题的严重性。目前,一些观察家认为大规模集成电路无法测试,因为测试和诊断数字电路的一般程序适用于大约30个门的小型网络,而蜂窝阵列被认为在一个芯片上包含数百或数千个门。然而,如果阵列被限制为蜂窝形式,则可以简化测试问题,并可以使用蜂窝阵列的互连结构来制定测试计划。
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