晶圆级故障隔离方法调试集成电路JTAG故障

S. Goh, G. F. You, B. Yeoh, H. Hao, N. Chung, C. Yap, J. Lam
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引用次数: 2

摘要

集成电路器件良率工程早期阶段的边界扫描测试失败表明了基本的制造弱点,需要快速响应来修复I/O连接,否则芯片功能无法进一步验证。本文给出了基于jtag的边界扫描调试的完整晶圆级工作流程。我们还展示了基于测试器的故障隔离技术(称为频率映射)如何在基本JTAG测试方法知识的帮助下,扩展到JTAG数据寄存器转移故障。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wafer-level fault isolation approach to debug integrated circuits JTAG failures
Boundary scan test failures in the early phase of integrated circuit device yield engineering suggest fundamental manufacturing weaknesses and require fast response to fix the I/O connectivity, without which, chip functionality cannot be validated further. This paper presents a complete wafer-level workflow for JTAG-based boundary scan debug. We also show how a tester-based fault isolation technique called frequency mapping can be extended to JTAG data registers shift failures with the help of basic JTAG test methodology knowledge.
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