Design, fabrication and use of mixed-signal IC testability structures

K. Parker, J. McDermid, R. Browen, Kozo Nuriya, K. Hirayama, A. Matsuzawa
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引用次数: 9

Abstract

The goals of the studies of the MNABST-1 IC device were as follows: study the technical and economic feasibility of adding P1149.4 structures into mixed-signal devices; elicit design considerations at the silicon level and for silicon design software; study the interoperability of P1149.4 with 1149.1 interconnection test algorithms; study the efficacy of discrete component and network value measurements; establish limits on analog value measurements; and predict the capabilities of P1149.4 in the future. The results shows that we can emulate the capabilities of in-circuit test for most types of components currently tested this way. This will preserve the advantages of this well-known technology into the future when direct nodal access will no longer be the rule, but rather the exception.
混合信号集成电路测试结构的设计、制造和使用
MNABST-1 IC器件的研究目标如下:研究在混合信号器件中加入P1149.4结构的技术经济可行性;引出硅级和硅设计软件的设计考虑;研究P1149.4与1149.1互连测试算法的互操作性;研究离散分量和网络值测量的有效性;建立模拟值测量的限制;并预测P1149.4在未来的性能。结果表明,这种方法可以模拟目前测试的大多数类型的元器件的在线测试能力。当直接节点访问不再是规则,而是例外时,这将保留这种知名技术的优势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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