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Practical technology path to sub-0.10-um process generations via enhanced optical lithography

机译:通过增强型光刻技术,实现小于0.10um的工艺世代的实用技术途径

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Abstract: An envisioned technology path to sub-0.1 micrometer process generations is first presented. OPC, PSM, and custom illumination apertures are all able to enhance the performance of the optical lithography. By integrating the use of these resolution enhancement technologies, it is possible to develop a production-worthy process that has sufficient overlapping process windows for all feature pitches. Critical dimension control is the key issue for sub-$lambda process generations. The potential causes that can undermine CD control are discussed, and methods to minimize the problem are proposed. In addition to printing poly gate features, a method to print sub-$lambda contact/via hole features is described. An outlook for meeting the technology challenges is discussed with conclusions. !20
机译:摘要:首次提出了通往0.1微米以下亚微米工艺世代的设想技术路径。 OPC,PSM和自定义照明孔都能够增强光学光刻的性能。通过集成这些分辨率增强技术的使用,可以开发出一种有价值的过程,该过程对于所有特征间距都具有足够的重叠过程窗口。关键尺寸控制是次$ lambda流程世代的关键问题。讨论了可能破坏CD控制的潜在原因,并提出了使问题最小化的方法。除了印刷多晶硅栅极特征外,还描述了一种印刷亚λ接触/通孔特征的方法。总结了应对技术挑战的前景。 !20

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