ULSI工艺中湿法清洗的问题

T. Ajioka, Y. Mizokami
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引用次数: 2

摘要

讨论了实际大规模集成电路工艺的湿法清洗。颗粒消除效率受到抑制器件降解的限制,对于蚀刻和成膜过程中产生的颗粒,清洗是无效的。颗粒的还原取决于颗粒的特性,即粘附力和颗粒的化学结构。晶圆上的金属污染取决于溶液种类和溶液浓度,会降低TDDB的特性和复合寿命。虽然ULSI的寿命退化是一个严重的问题,但腐蚀和离子注入造成的损伤导致寿命降低,而不是金属污染。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Issues Of Wet Cleaning In ULSI Process
Wet cleaning for actual LSI processes is discussed. Particle elimination efficiency is limited by suppression of device degradation and cleaning is invalid for the particles generated during etching and film formation. Particle reduction depends on particle characteristics, i.e. the sticking force and the chemical structure of the particles. Metallic contamination on wafers, dependent on a kind of solutions and the concentration in a solution, degrades TDDB characteristics and recombination lifetime. Although the lifetime degradation is a serious problem for ULSI, the damage by etching and by ion implantation causes the lifetime lowering rather than metallic contamination.
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