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面向低功耗BIST的VLSI可测性设计技术 被引量:3

Testing Techniques of Low Power BIST for VLSI
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摘要 随着手持设备的兴起和芯片对晶片测试越来越高的要求 ,内建自测试的功耗问题引起了越来越多人的关注。本文对目前内建自测试的可测性设计技术进行了分析并对低功耗的 VL SI可测性设计技术的可行性和不足分别进行了探讨。在文章的最后简单介绍了笔者最近提出的一种低功耗 With the fast growing portable electronics market and higher need of wafer test, power consumption problem of built in self test (BIST) has attracted more and more considerations. In this paper, we present a survey of the lower power testing techniques of build in self test (BIST) for VLSI systems and explored the present techniques along with their advantages and disadvantages.
机构地区 东南大学
出处 《电子器件》 CAS 2002年第1期101-104,共4页 Chinese Journal of Electron Devices
关键词 低功耗测试 内建自测试 故障覆盖率 VLSI 集成电路 可测性设计 low power testing build in self test fault coverage
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参考文献5

  • 1Pedram M,Power Minimization in IC Design:Principles and Appl ications[J].ACM Transaction on Design Automation of Electronic Systems,Col.1 ,No.1,January 1996,3-56
  • 2Girard P,Guiller L,Landrault C,Pravossoudovitch S,Figueras J,Manich S,Teixeira P and M Santos,Low Energy BIST Design:Impact of the LFSR TPG Param eters on Weighted Switching Activity[J],IEEE Int.Symp. On Circuits and Syste ms,CD-ROM proceedings,June 1999
  • 3Girard P,Guiller L,Landrault C,Pravossoudovitch S. Low power Pseudo- random BIST:On Selecting the LFSR Seed[J]. DCIS,November,1998; 166-172
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  • 5Wang S and Gupta S K,DS-LFSR:A New BIST TPG for Low Heat Dissipation[ J],IEEE Int.Test Conf.,October 1997;848-857

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