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Research development of thermal aberration in 193nm lithography exposure system

机译:193nm光刻曝光系统中热像差的研究进展

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Lithographic exposure is the key process in the manufacture of the integrated circuit, and the performance of exposure system decides the level of microelectronic manufacture technology. Nowadays, the 193nm ArF immersion exposure tool is widely used by the IC manufacturer. With the uniformity of critical dimension (CDU) and overlay become tighter and the requirement for throughput become higher, the thermal aberration caused by lens material and structure absorbing the laser energy cannot be neglected. In this paper, we introduce the efforts and methods that researcher on thermal aberration and its control. Further, these methods were compared to show their own pros and cons. Finally we investigated the challenges of thermal aberration control for state of the art technologies.
机译:光刻曝光是集成电路制造中的关键过程,曝光系统的性能决定了微电子制造技术的水平。如今,IC制造商广泛使用193nm ArF浸没曝光工具。随着临界尺寸(CDU)和覆盖层的均匀性变得越来越严格并且对通量的要求越来越高,由透镜材料和吸收激光能量的结构引起的热像差无法忽略。在本文中,我们介绍了研究人员在热像差及其控制方面的努力和方法。此外,对这些方法进行了比较,以显示其各自的优缺点。最后,我们研究了热像差控制对最新技术的挑战。

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