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EUV Lithography development in Europe: present status and perspectives

机译:欧洲EUV光刻技术的发展:现状和观点

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摘要

According to the ISMT roadmap, Extreme Ultraviolet lithography (EUVL) is the most promising technology to reach the 45-nm node for industrial production and to satisfy the famous law of Moore beyond 2007. Already in 1998 the first European EUVL project (EUCLIDES) has been launched under the leadership of ASM Lithography. Shortly after that in 1999, the national R&D program PREUVE started in France to improve EUVL related technologies and to build the first experimental lithography bench (BEL) in Europe. Finally, in 2001, the main European industrial companies as well as academic and national laboratories have federated within the important MEDEA+ effort to overcome the main technological challenges and to industrialize EUVL in time. Indeed, one of the most important challenges of EUVL concerns the achievement of very powerful, clean and reliable sources. The present paper will give the current state of European EUVL source technology and an overview of the different approaches. Main results are reviewed and the remaining challenges are discussed.
机译:根据ISMT路线图,极紫外光刻(EUVL)是最有前途的技术,可实现45纳米节点的工业生产并满足摩尔定律,直到2007年后为止。1998年,第一个欧洲EUVL项目(EUCLIDES)已经在ASM光刻技术的领导下推出。此后不久,国家研发计划PREUVE于1999年在法国启动,以改进EUVL相关技术并在欧洲建立第一个实验性光刻台(BEL)。最后,在2001年,主要的欧洲工业公司以及学术和国家实验室在MEDEA +的重要努力中结成联盟,以克服主要技术挑战并及时将EUVL工业化。确实,EUVL的最重要挑战之一是如何获得非常强大,清洁和可靠的资源。本文将给出欧洲EUVL源技术的现状,并概述不同的方法。审查了主要结果,并讨论了其余挑战。

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