A Capped Trimming Hard-Mask Patterning Technique for Integration of Nano-Devices and Conventional Integrated Circuits

Xusheng Wu, P. Chan, S. Zhang, M. Chan
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引用次数: 3

Abstract

Capped trimming hard-mask (CTHM) patterning technique has been developed based on standard materials and processing equipments. By using the CTHM technique, sub-50nm feature sized pattern can be realized based on 0.5μm lithography technology. Imaging layer for capping and hard-mask layer shoul d have different etching selectivity and good contiguity to each other. Good control of trimming etching and hard-mask etching processes enable patterning of features with ultra-small dimension.
一种用于纳米器件与传统集成电路集成的封顶修整硬掩模图像化技术
基于标准材料和加工设备,发展了封顶切边硬掩模(CTHM)制模技术。利用CTHM技术,可以在0.5μm光刻技术的基础上实现低于50nm的特征尺寸图案。封盖成像层和硬掩膜层应具有不同的蚀刻选择性和良好的相邻性。对切边蚀刻和硬掩膜蚀刻工艺的良好控制,使超小尺寸特征的图像化成为可能。
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