采用时序电路混合模式测试设备进行CMOS集成电路的同步逻辑和IDDQ测试

M. Reaz, F.M. Yasin, M. Sulaiman, M.A.M. Ali
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引用次数: 1

摘要

本文介绍了一种利用时序电路的混合模式测试设备,设计和开发用于CMOS集成电路同时进行逻辑和IDDQ测试的VLSI系统的方法。这项工作包括在PCB上设计一个接口单元,其中包含用于测试处理器和微型计算机之间并行数据交换的接口电路。这允许对用于逻辑测试的每个向量进行IDDQ测量,同时执行逻辑测试,提供有希望的IDDQ故障覆盖率,并大大减少测试的时间和成本。本文考虑了三种基本的测试开发策略。它们是功能测试开发,结构测试开发和物理缺陷测试开发。采用混合模式测试设备,提高了测试性能,缩短了测试时间。
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The simultaneous logic and IDDQ testing of CMOS ICs with mixed-mode testing facility for sequential circuits
This paper presents an approach to design and develop a VLSI system for the simultaneous logic and IDDQ testing of CMOS ICs with mixed-mode testing facility for sequential circuits. The work involves the design of an interfacing unit on PCB containing interfacing circuits for parallel data exchange between a test processor and a microcomputer. This allows IDDQ measurement for every vector used for logic testing, performing logic testing simultaneously, providing a promising IDDQ fault coverage and reducing substantially the time and cost of testing. Three basic test development strategies are considered. They are functional test development, structural test development and physical defect test development. Mixed-mode testing facility is adopted to enhance the performance and reduce the testing time.
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