地址解码器延迟故障和位线不平衡故障的新算法

A. V. Goor, S. Hamdioui, G. Gaydadjiev, Z. Al-Ars
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引用次数: 21

摘要

由于技术特征尺寸的快速减小,与速度相关的故障,如地址解码器延迟故障(addf)变得非常重要。此外,泄漏电流的增加要求改进位线不平衡故障(BLIFs)的测试(由存储单元通过晶体管泄漏引起)。本文提出了新的和改进的算法来检测这些故障。首先给出了现有GalPat算法的改进版本,并引入了两种新的addf检测算法;本文还揭示了不同应力组合(计数方法、数据背景)的使用及其对addf检测的重要性。其次,提出了一种改进的BLIFs检测算法;它通过能够检测较低的泄漏电流来增加缺陷覆盖率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New Algorithms for Address Decoder Delay Faults and Bit Line Imbalance Faults
Due to the rapid decrease of technology feature size speed related faults, such as Address Decoder Delay Faults (ADDFs), are becoming very important. In addition, increased leakage currents demand for improved tests for Bit Line Imbalance Faults (BLIFs)(caused by memory cell pass transistor leakage). This paper contributes to new and improved algorithms for detecting these faults. First it provides an improved version of existing GalPat algorithm and introduces two new algorithms to detect ADDFs; the paper also shines a new light on the use of the different stress combinations (counting methods, data-backgrounds) and their importance for the detection of ADDFs. Second, it provides an improved algorithm for detecting BLIFs; it increases the defect coverage by being able to detect lower leakage currents.
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