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Polishing of copper integrated with dielectric films of K<2.8: challenges and solutions

机译:铜抛光与k <2.8:挑战和解决方案的介电薄膜集成

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This talk will be addressed to highlight the primary challenges encountered in utilizing multi-level copper CMP in the integration and copper metallization of integrated circuits based on current needs and demands in the IC industry. CMP has become a mainstream-processing module in the IC industry a few years ago. Dielectric (undoped glass) CMP and Tungsten CMP have been used in manufacturing worldwide for the past several years. Copper CMP still remains more in the research and development mode rather than the manufacturing mode. There are multiple reasons for copper polishing not becoming mainstream in manufacturing fast enough. Interestingly, the knowledge-base that has been built up from the research community, development community and manufacturing community in the areas of dielectric and tungsten CMP will be of help in the implementation of multi-layer copper CMP. Also, the challenges of copper CMP gets more enhanced by the choice of the dielectric. The recent preferred dielectrics for obvious reasons have been the ones with lowest dielectric constant. In this talk, we will limit the discussion to dielectrics of values around k~2.8
机译:将解决此谈判以突出利用多级铜CMP在集成电路的集成和铜金属化基于IC工业中的需求和需求的基础上遇到的主要挑战。几年前,CMP已成为IC行业中的主流处理模块。介电(未掺杂的玻璃)CMP和钨CMP在过去几年中用于制造。铜CMP仍然在研究和开发模式而不是制造模式中仍然更多。铜抛光有多种原因不够快速地成为制造业的主流。有趣的是,从研究界,发展社区和制造业在电介质和钨CMP领域建立的知识库将有助于实施多层铜CMP。此外,通过选择电介质,铜CMP的挑战更加增强。近期优选的电介质是明显的原因,是具有最低介电常数的电介质。在此谈话中,我们将将讨论限制为k〜2.8周围的值的电介质

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