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首页> 外文期刊>IEEE transactions on very large scale integration (VLSI) systems >Deterministic built-in test pattern generation for high-performance circuits using twisted-ring counters
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Deterministic built-in test pattern generation for high-performance circuits using twisted-ring counters

机译:使用双环计数器为高性能电路确定性地内置测试模式生成

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摘要

We present a new approach for built-in test pattern generation based on the reseeding of twisted-ring counters (TRCs). The proposed technique embeds a precomputed deterministic test set for the circuit under test (CUT) in a short test sequence produced by a TRC. The TRC is designed using existing circuit flip-flops and does not add to hardware overhead beyond what is required for basic scan design. The test control logic is simple, uniform for all circuits, and can be shared among multiple CUTs. Furthermore, the proposed method requires no mapping logic between the test generator circuit and the CUT; hence it imposes no additional performance penalty. Experimental results for the ISCAS benchmark circuits show that it is indeed possible to embed the entire precomputed test set in a TRC sequence using only a small number of seeds.
机译:我们提出了一种基于扭曲环计数器(TRC)重新播种的内置测试模式生成的新方法。所提出的技术在由TRC产生的短测试序列中为被测电路(CUT)嵌入了预先计算的确定性测试集。 TRC是使用现有电路触发器设计的,不会增加基本扫描设计所需的硬件开销。测试控制逻辑很简单,所有电路都统一,并且可以在多个CUT之间共享。此外,所提出的方法不需要在测试生成器电路和CUT之间映射逻辑。因此,它不会增加任何性能损失。 ISCAS基准电路的实验结果表明,确实有可能仅使用少量种子就将整个预先计算的测试集嵌入到TRC序列中。

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