缺陷-成品率相关性的有效性[半导体制造]

K. Zinke, R. Spencer, D. Freeman
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引用次数: 3

摘要

大多数半导体制造商都有一个良率增强小组来持续监测和评估探针和E-test数据。除了确保器件符合参数规格外,良率提升小组还将专注于了解晶圆厂后探头数据与在线晶圆加工数据之间的关系。在线数据是诸如设备ID,操作员,晶圆顺序,批号顺序,厚度/CD,设备清洁频率或任何其他在生产过程中发生的可测量和可记录的事件的信息。当发现晶圆后探头和在线数据之间存在明显的相关性时,需要考虑产品流的重定向或某种类型的纠正措施。这种由在线制造事件的电气相关驱动的连续过程控制方法提高了产量,并改善了公司的上市时间和利润指标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The effectiveness of defect-to-yield correlations [semiconductor manufacture]
Most semiconductor manufacturers have a yield enhancement group to continually monitor and evaluate probe and E-test data. In addition to assuring that devices meet parametric specifications, the yield enhancement group will also focus on understanding the relationship between post fab probe data and in-line wafer processing data. In-line data is information such as equipment ID, operator, wafer sequence, lot sequence, thickness/CD, equipment clean frequency or any other measurable and recordable event that occurs during the manufacturing process. When clear correlations are found between the post fab probe and in-line data, redirection of product flow or some type of corrective action needs to be considered. This method of continuous process control driven by electrical correlation to in-line manufacturing events drives up the yield and improves a companies time to market and profit metrics.
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