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Hard to find, easy to find systematics; just find them

机译:很难找到,容易找到系统的;只是找到他们

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In a manufacturing organization, every morning starts with the question: what is the yield today? The cost of wafer manufacturing being fairly constant, product yield is one of the most significant variables for profitability. With the yield paretos increasingly dominated by systematic defects, yield learning based on product test is fast becoming a fundamental requirement. For an integrated device manufacturer like IBM, product-based yield learning is even more critical as this drives technology learning as well. In this paper, we will present some of IBM's yield learning techniques and several case studies from high-volume manufacturing. These techniques extend from test data analysis, to analysis of scan-based product diagnosis results, to detailed layout analysis in conjunction with test, diagnosis and inline defect inspection data. We will discuss the increasing levels of complexity associated with the various techniques and argue that an effective yield learning strategy must comprise all of the above.
机译:在制造组织中,每天早晨都会开始这样一个问题:今天的产量是多少?晶圆制造成本相当稳定,产品良率是获利能力最重要的变量之一。随着良率差距越来越受到系统性缺陷的支配,基于产品测试的良率学习正迅速成为一项基本要求。对于像IBM这样的集成设备制造商来说,基于产品的收益学习尤为重要,因为这也推动了技术学习。在本文中,我们将介绍一些IBM的收益学习技术以及一些来自大规模生产的案例研究。这些技术从测试数据分析扩展到基于扫描的产品诊断结果的分析,再到结合测试,诊断和在线缺陷检查数据的详细布局分析。我们将讨论与各种技术相关的日益复杂的级别,并认为有效的收益学习策略必须包括以上所有内容。

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