Detection of faults in ECL storage elements

S. Menon, Arne Nymoen
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引用次数: 0

Abstract

Bipolar emitter-coupled logic (ECL) devices can be fabricated at very high densities and much lower power consumption. Analysis of faulty behavior of ECL storage elements shows they exhibit stuck-at behavior, loss of complementarity, delay faults and enhanced current being drawn by the device. Detection of the above behavior under faults using logic monitoring requires careful and systematic generation of input vectors. Testing for delay faults is even more difficult. A fault causing a delay fault as well as enhanced power supply current is shown. A current monitor for the detection of the enhanced power supply current is presented.
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ECL存储单元故障检测
双极发射器耦合逻辑(ECL)器件可以在非常高的密度和更低的功耗下制造。对ECL存储元件的故障行为分析表明,ECL存储元件表现出卡滞行为、互补性损失、延迟故障和器件吸收的电流增强。使用逻辑监测来检测故障下的上述行为需要仔细和系统地生成输入向量。测试延迟故障更加困难。故障导致延迟故障以及增强的电源电流显示。介绍了一种用于检测增强电源电流的电流监测器。
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