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Productivity enhancement using a methodical approach to defect reduction based on synergy of process and defect metrology knowledge

机译:基于过程的协同作用和缺陷计量知识的缺陷减少方法增强

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Increased process equipment complexity and cost related to tool down time stimulate a stronger partnership between chip manufacturer and process equipment vendor to minimize the risk to production. Applied Materials is engaged in various process equipment related service programs at customer manufacturing sites ranging from complementation of the manufacturer's own factory service organization to full ownership of equipment. In this paper, we discuss one aspect of service offerings that targets at defect reduction and productivity enhancement. Successful implementation at Philips Semiconductors of a methodology to perform defect reduction and productivity enhancement programs is discussed. Examples of using the described methodology are provided in this paper for programs targeted at DO baseline defect density reduction, mean wafer between clean (MWBC) improvement, and limitation of yield loss related to intermittent particle bursts.
机译:增加的过程设备复杂性和与工具的成本下降时间刺激芯片制造商和工艺设备供应商之间更强大的伙伴关系,以最大限度地降低生产风险。应用材料在客户制造网站上从事各种过程设备相关服务计划,从制造商自己的工厂服务组织的互补范围内完成设备的完全所有权。在本文中,我们讨论了在缺陷减少和生产力增强的服务提供的一个方面。讨论了在飞利浦半导体的方法中的成功实施,以执行缺陷减少和生产力增强计划。本文提供了使用所描述的方法的实例,用于瞄准DO基线缺陷密度降低,平均晶片在清洁(MWBC)改善之间,以及与间歇颗粒突发相关的产量损失的限制。

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