Process stability and tool capacity improvement with 150mm Profiler and 200mm contour heads

Yanghua He, Michael Lube, J. Leighton
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引用次数: 0

Abstract

This paper describes the improvement obtained when using an Applied Materials Mirra CMP system equipped with 150mm Titan Profiler or 200mm Titan Contour wafer-carrier heads, versus a polisher with a basic carrier. The wafer-edge profiles and polish-rate stability were compared between the polishers using different wafer-carrier heads. The polisher usage/capacity and CMP cycle time in production were also compared. Results show that the process stability with 150mm Profiler and 200mm Contour wafer-carrier heads makes daily process qualification unnecessary, and enables the elimination of the time-consuming look-ahead (L/A) step for each product lot. As a result, the polisher usage and CMP capacity was greatly improved to meet the requirement of high volume Bulk Acoustic Wave (BAW) production.
采用150mm轮廓头和200mm轮廓头,提高了工艺稳定性和刀具容量
本文描述了当使用应用材料公司Mirra CMP系统配备150mm Titan Profiler或200mm Titan Contour晶圆载体头时,与使用基本载体的抛光机相比,所获得的改进。比较了不同载晶头抛光机的晶圆边缘轮廓和抛光速率稳定性。并对生产中抛光机的使用/容量和CMP循环时间进行了比较。结果表明,150mm Profiler和200mm Contour晶圆载体头的工艺稳定性使日常的工艺鉴定变得不必要,并且可以消除耗时的每个产品批次的预先检查(L/A)步骤。因此,抛光机的使用率和CMP容量大大提高,以满足大批量体声波(BAW)生产的要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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