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Process Performance of Novel resist material and Novel Coater / Developer system for Cross-line contact hole process

机译:用于交叉线接触孔工艺的新型抗蚀剂材料和新型涂布机/显影系统的处理性能

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摘要

Double patterning techniques are one of the dominant method to achieve the 32 nm node and beyond and Litho-Litho-Etch (LLE) process is a strong candidate for double patterning method. Contact hole resolution is limited by the low image contrast using dark field masks. Cross-line contact hole process using LLE process is applicable to image fined contact holes. Contact hole patterns are formed by first line and space patterns and orthogonal second line and space patterns. Furthermore LLE process flow should be simple as possible as it can for cost reduction. Thus LLE process without freezing process is ideal one.In this paper, we examine the process performance using latest material for freezing free LLE process, exposure tool and novel coater/developer system. The latest resist materials can form cross-line contact hole with good pattern fidelity and CD uniformity. It will be shown that novel coater/developer hardware is effective on enhancement of lithography performance like CD control and defect control toward double Patterning technology for 193-nm immersion lithography.
机译:双图案化技术是实现32 nm及更高节点的主要方法之一,而光刻-光刻-蚀刻(LLE)工艺是双图案化方法的强力候选者。接触孔分辨率受到使用暗场掩模的低图像对比度的限制。使用LLE处理的交叉线接触孔处理适用于图像细化的接触孔。接触孔图案由第一线和间隔图案以及正交的第二线和间隔图案形成。此外,LLE工艺流程应尽可能简单,以降低成本。因此,无需冷冻过程的LLE过程是理想的方法。 在本文中,我们检查了使用最新材料进行无冷冻LLE加工,曝光工具和新型涂布机/显影系统的工艺性能。最新的抗蚀剂材料可以形成具有良好图案保真度和CD均匀性的交叉线接触孔。将显示出新颖的涂布机/显影器硬件可有效地提高光刻性能,例如CD控制和缺陷控制,以实现针对193 nm浸没式光刻的双重图案化技术。

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