低功耗自适应技术LFSR研究进展

M. Mohan, Sunitha S Pillai
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引用次数: 8

摘要

在测试集成电路时,较大的芯片尺寸和过多的功耗是主要问题。与其工作模式相比,测试模式的功耗非常高。除此之外,ATE的低效率及其耗时的性质使得外部测试更加困难。LFSR用于测试ASIC芯片。LFSR生成的伪随机变量用于测试过程。伪随机变量测试具有硬件简单的优点,可以在片上生成测试。BIST是目前最有效的低功耗测试方法之一。LFSR在BIST中用于生成测试模式。本文比较了用于BIST的LFSR的各种结构及其相关的功耗
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Review on LFSR for Low Power BIST
While testing an integrated circuit, large chip size, and excess power dissipation are the major issues. As compared to its working mode, the testing mode power dissipation is very high. In addition to this, the inefficiency of ATE and its time-consuming nature makes the external testing much more difficult. LFSR is used for testing ASIC chips. The pseudo-random variable generated by the LFSR is used for the testing process. The pseudo-random variable testing has some advantages such that it uses simple hardware for the on-chip test generating process. BIST is one of the most efficient low power testing methods. LFSR is used in the BIST for the generation of test patterns. This paper compares the various architecture of the LFSR for BIST and its associated power dissipation
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