首页> 外文会议>International Symposium on Ultra Clean Processing of Semiconductor Surfaces;UCPSS; 20060918-20;20060918-20; Antwerp(BE);Antwerp(BE) >Metal Hard Mask Employed Cu/Low k Film post Ash and Wet Clean Process Optimization and Integration into 65nm Manufacturing Flow
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Metal Hard Mask Employed Cu/Low k Film post Ash and Wet Clean Process Optimization and Integration into 65nm Manufacturing Flow

机译:采用金属硬掩模的Cu / Low k膜过灰和湿法清洁工艺优化并整合到65nm制造流程中

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摘要

As 65nm technology in mass production and 45nm technology under development, post etch ash and cleaning faces new challenges with far more stringent requirements on surface cleanliness and materials loss. The introduction and integration of new materials, such as metal hard mask, creates additional requirements for wafer cleaning due to the occurrence of new defect modes related to metal hard mask. We have optimized a post etch ash process and developed a novel aqueous solution (AQ) based single wafer cleaning process to address these new defect modes. Physical characterization results and process integration electrical data are presented in this paper.
机译:随着65nm技术的量产和45nm技术的开发,蚀刻后的灰分和清洗面临着新的挑战,对表面清洁度和材料损失的要求越来越严格。由于出现了与金属硬掩模有关的新缺陷模式,因此新材料的引入和集成(例如金属硬掩模)对晶圆清洗提出了额外的要求。我们优化了蚀刻后灰化工艺,并开发了基于新型水溶液(AQ)的单晶片清洁工艺来解决这些新的缺陷模式。本文介绍了物理表征结果和过程集成电气数据。

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