CMP中柔性抛光面(FPS)与刚性抛光面(RPS)的优缺点

Y. Gotkis, D. Wei, R. Kistler
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引用次数: 0

摘要

比较了两种主要的CMP概念,即柔性抛光表面(用于线性带式CMP)和刚性抛光表面(硬压板旋转和轨道CMP)概念在工艺稳定性、均匀性、平面化效率等性能特征方面的差异。一个新的CMP特性,归一化去除功(Normalized Removal Work),一个单位的有源衬垫面积(NRW=(厚度去除)/(有源衬垫面积),[A/sq]去除的晶圆层材料量。英寸]),用于分析和比较概念。NRW显示了在一个单位垫块面积上有多少被移除的物质被转移和重新沉积。它影响CMP过程的各个方面。低NRW对CMP有利,高NRW对CMP不利。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Flexible polishing surface (FPS) vs rigid polishing surface (RPS) in CMP: pros and cons
Two major conceptual CMP approaches, namely flexible polishing surface (utilized in linear belt CMP) and rigid polishing surface (hard platen rotary and orbital CMP) concepts are compared with regard to process stability, uniformity, planarization efficiency and other performance features. A new CMP characteristic, Normalized Removal Work, the amount of wafer layer material removed by a unit of active pad area (NRW=(Thickness removed)/(Active pad area), [A/sq. inch]), is used to analyze and compare the concepts. The NRW shows how much of the removed material is transferred and redeposited over a unit of pad area. It influences all aspects of the CMP process. Low NRW is good for CMP, high NRW is bad for CMP.
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