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13-nm extreme ultraviolet lithography

机译:13纳米极紫外光刻

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摘要

The National Technology Roadmap for Semiconductors projects the need for 0.1 micron lithography for leading-edge IC production, beginning in the year 2007. Reduction imaging using extreme ultraviolet light, one-to-one printing using X-rays, and advanced electron beam technologies are the front runners for use at this design rule. This paper describes research and development activities for projection printing using extreme ultraviolet lithography (EUVL). This approach, known as NX EUV, is the logical extension of optical projection lithography and offers many of its advantages, including robust mask technology and reduction printing while maintaining a large depth of focus (DOF) at modest K-factor. The development of this technology is now in the research and development phase. This paper reviews its current status and describes the building blocks of a generic EUVL tool.
机译:美国国家半导体技术路线图预测,从2007年开始,前沿的集成电路生产将需要0.1微米的光刻技术。使用极端紫外线的还原成像,使用X射线的一对一打印以及先进的电子束技术是在此设计规则下使用的前赛跑者。本文介绍了使用极紫外光刻(EUVL)进行投影打印的研究和开发活动。这种被称为NX EUV的方法是光学投影光刻的逻辑扩展,并提供了其许多优点,包括鲁棒的掩模技术和缩小印刷,同时在适度的K因子下保持较大的焦深(DOF)。该技术的开发现在处于研发阶段。本文回顾了它的当前状态,并描述了通用EUVL工具的构造块。

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