在FinFET技术节点上,采用可选自旋材料改进多晶蚀刻技术的研究

Yan Wang, Qiu-hua Han, H. Zhang
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引用次数: 1

摘要

本文从缺陷和工艺控制的角度系统研究了三种不同自旋材料(BL有机涂层材料,以及另外两种自旋材料A和B)在P2切割过程中的聚蚀刻性能。结果表明,采用一种新型自旋材料B,可以显著改善气泡缺陷的性能。通过不同的气体比控制,我们可以获得与硬掩膜相当的蚀刻速率选择性。因此,可以很好地控制P2切割过程。最后,我们交付了一个B涂层材料的工艺。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of poly etch for performance improvement with alternative spin-on materials in FinFET technology node
In this paper, we systematically investigate the poly etch performance with three different kinds of spin-on materials (BL organic coating material, and two other spin-on materials A and B) in P2 cut process from the point view of defect and process control. Our results show that with one kind of new spin-on material B, the bubble defect performance can be significantly improved. With different gas ratio control, we can achieve comparable etch rate selectivity of B to the hard mask. Thus, the P2 cut process can be well controlled. Finally, we delivered one process with B coating material.
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