介绍以缺陷为导向的细胞感知测试方法,以显著降低DPPM率

F. Hapke, J. Schlöffel
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引用次数: 39

摘要

本教程将介绍一种新的面向缺陷的测试方法,称为细胞感知。这种新的细胞感知方法在创建细胞感知ATPG库视图时考虑了标准库细胞的布局。本教程将涵盖整个细胞感知库表征流程,包括布局提取步骤,所有细胞内部桥和开口的模拟故障模拟步骤以及细胞感知合成步骤,以创建新的细胞感知ATPG库视图,最终可用于正常芯片设计流程以生成生产测试模式。这些感知细胞的生产测试模式的质量明显高于最先进的模式。最后,来自数十万个测试IC的生产测试结果显示DPPM率显着降低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Introduction to the defect-oriented cell-aware test methodology for significant reduction of DPPM rates
This tutorial will give an introduction to a new defect-oriented test method called cell-aware. This new cell-aware method takes the layout of standard library cells into account when creating the cell-aware ATPG library view. The tutorial will cover the whole cell-aware library characterization flow consisting of a layout extraction step, an analog fault simulation step of all cell-internal bridges and opens and the cell-aware synthesis step to create the new cell-aware ATPG library views, which finally can be used in a normal chip design flow to generate production test patterns. These cell-aware production test patterns have a significantly higher quality than state-of-the-art patterns. Finally, production test results from several hundred thousand tested IC's are presented showing significant reduction of DPPM rates.
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