集成分厂监控系统提高数据可见性和减少正常运行时间:类别:APC, EO, SM, DM

Xin Li, Scott Veirs, Tony Betts, John Dalziel, Ania Zemlerub, Yuee Feng, D. Saigal
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引用次数: 0

摘要

分厂是真空和减排系统所在的复杂环境,多年来发生了巨大的变化。它对支持半导体芯片制造至关重要。消减和真空组件与工艺工具安全系统紧密相连,对制造正常运行时间和产量有直接影响。芯片制造商已经意识到采用先进的监控和数据分析来优化子晶圆厂运营的重要价值。在过去十年中,主要制造区域采用这种系统证明了其价值。本文介绍了一个成功应用的例子,集成子工厂监测系统在研发设施的干泵和减排系统。这个实现示例成功地向所有级别的用户展示了出色的数据可见性、快速的数据收集,从而大大减少了故障排除时间、减少了计划外的降级事件,并且能够快速获取用于降级状态比较的全面历史数据。监测实施的成功促使人们规划应用预测性健康监测功能,进一步提高分厂设备的正常运行时间。
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Integrated Sub-fab Monitoring System Improving DataVisibility and Abatement Uptime : Category: APC, EO, SM, DM
The sub-fab, a sophisticated environment where vacuum and abatement systems are located, has evolved dramatically over the years. It became essential in supporting semiconductor chip manufacturing. Closely tied into the process tool safety system, the abatement and vacuum components have a direct influence on the fabrication uptime and yields. The already strong and further growing influence have led chip manufacturers to realize the significant value of adopting advanced monitoring and data analytics to optimize sub-fab operations. The value is proven by adoption of such systems for the main fabrication area over the last decade. This article presents an example of successful application of integrated sub-fab monitoring system at an R&D facility for both dry pumps and abatement systems. This implementation example successfully demonstrates excellent data visibility to all level users, quick data collection enabling significant reduction in troubleshooting time, initial reduction in unscheduled abatement down events, and ability to quickly obtain comprehensive historical data for abatement state comparison. The success of the monitoring implementation has led to planning of applying predictive health monitoring function to further increase of sub-fab equipment uptime.
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