Evaluation of testability of digital circuits by fault injection technique

C. Evangeline, N. M. Sivamangai
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引用次数: 2

Abstract

Testing simple circuits or digital blocks can be actually done easily but testing a complex circuits before it is implemented is a challenge. To accomplish such testing, this paper presents a fault injection technique using package to inject transient and permanent fault at the VHDL level description of both combinational and sequential digital circuits to verify the testability of the circuits using online and offline testing. Injection of permanent fault and transient fault are done in the digital circuits such as 4 bit adder, 4 bit counter, two benchmark circuits C17 and S27 and their testabilities are evaluated. Fault coverage for permanent fault and transient fault is found to be 95% and 100% respectively.
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用故障注入技术评价数字电路的可测试性
测试简单的电路或数字块实际上可以很容易地完成,但在实现之前测试复杂的电路是一个挑战。为了完成这种测试,本文提出了一种故障注入技术,使用封装在组合和顺序数字电路的VHDL级描述中注入瞬态和永久故障,通过在线和离线测试验证电路的可测试性。在4位加法器、4位计数器等数字电路以及C17和S27两个基准电路中进行了永久故障和暂态故障的注入,并对其可测试性进行了评估。永久故障和暂态故障的故障覆盖率分别为95%和100%。
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