48nm螺距铜双大马士革互连采用自对准双图案方案

Shyng-Tsong Chen, Tae-Soo Kim, S. Nam, N. Lafferty, C. Koay, N. Saulnier, Wenhui Wang, Yongan Xu, B. Duclaux, Y. Mignot, M. Beard, Y. Yin, H. Shobha, O. van der Straten, M. He, J. Kelly, M. Colburn, T. Spooner
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引用次数: 6

摘要

对于小于64nm间距的互连构建,使用自对齐双模式(SADP)方案进行线级模式是有益的。通常首先打印2X间距图案,然后是侧壁图像转移(SIT)技术来创建1X间距图案。然后使用块版光刻工艺来修整该图案以形成实际设计的图案。在本文中,将使用48nm和45nm间距的SADP构建作为示例来演示SADP图像化方案。将提供关于该模式方案的一般讨论,包括:1)该技术的工艺流程,2)该技术与间距分割方法的优点,3)设计影响和限制,以及4)可扩展到更小的线间距构建。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
48nm Pitch cu dual-damascene interconnects using self aligned double patterning scheme
For sub-64nm pitch interconnects build, it is beneficial to use Self Aligned Double Patterning (SADP) scheme for line level patterning. Usually a 2X pitch pattern was printed first, followed by a Sidewall Image Transfer (SIT) technique to create the 1X pitch pattern. A block lithography process is then used to trim this pattern to form the actual designed pattern. In this paper, 48nm and 45nm pitch SADP build will be used as examples to demonstrate the SADP patterning scheme. General discussions about this patterning scheme will be provided including: 1) the process flow of this technique, 2) benefits of the technique vs. pitch split approach, 3) the design impact and limitation, and 4) the extendability to smaller line pitch build.
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