早期可测试的可寻址逻辑(ETAL)测试结构:展示了在技术开发中使用替代逻辑生成学习测试结构

I. Ahsan, Daniel Greenslit, B. Evans, Toni Laaksonen, T. Gordon, Z. Song, Yandong Liu, J. Masnik, F. Barth, Shahrukh Khan, Joerg Winkler, Kannan Sekar, Neerja Bawaskar, Steve Crown, Kan Zhang, Martin O’tool, Teng-Yin Lin, M. Lagus, DK Sohn
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引用次数: 0

摘要

具有ATPG模块和扫描链的功能逻辑测试结构一直是传统的内联逻辑学习工具,用于技术学习和开发。然而,这些测试结构通常需要将晶圆加工到更高的BEOL加工水平。他们还需要一个详细的诊断分析来支持故障分析。在这项工作中,我们展示了另一种逻辑测试结构的使用,称为“早期可测试的可寻址逻辑(ETAL)”,它在早期的测试级别上进行测试,并且更容易进行故障分析。这种结构可以非常有效地用于技术开发早期的良率学习,作为传统内联逻辑测试结构的补充测试结构。
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Early Testable Addressable Logic (ETAL) Test Structure: Showcasing the use of an Alternate Logic Yield Learning Test Structure for Technology Development
Functional logic test structures with ATPG blocks and scan chains have been the traditional inline logic learning vehicle for technology learning and development. However, these test structures often need processing of wafers up to a higher BEOL processing level. They also need an elaborate diagnostic analysis to enable failure analysis. In this work, we showcase the use of an alternate logic test structure called the "Early Testable Addressable Logic (ETAL)" which is tested at an earlier test level and is easier to do failure analysis on. This structure can be used very effectively for yield learning at early stages of technology development as a complementary test structure to the traditional inline logic test structure.
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