计算机科学
覆盖
扫描仪
浸没式光刻
薄脆饼
沉浸式(数学)
嵌入式系统
光学(聚焦)
计算机硬件
模拟
人工智能
材料科学
光学
操作系统
数学
光电子学
抵抗
物理
复合材料
纯数学
图层(电子)
作者
Bram van Hoof,Arjan Holscher,Ralf Gommers,Jeroen Cottaar,M. Raas,Samah Khalek,Jan van Kemenade,M. M. A. J. Voncken,Roelof de Graaf,Elliot Oti,Stefan Weichselbaum,Richard Droste,ByeongSoo Lee,Chansam Chang,Young Seog Kang,Young‐Ha Kim,Jeong-Heung Kong,Jong Hoon Jang,Youngsun Nam,Hyunwoo Hwang
摘要
ASML’s 300mm scanner-systems are built on the TWINSCAN (XT/NXT) platform and yield high productivity levels for dry as well as immersion litho-scanners. NXT:1980Di immersion scanners yield productivity levels as high as 275wph while maintaining the overlay accuracy. The NXT:1980Di can be equipped with a new leveling mode that results in a significant reduction of the time that is spent on measuring the wafer focus height map. In the new leveling mode the focus height map is measured employing the full width of the level sensor and thereby minimizing the number of leveling scans. In this paper we describe the implementation of the LIL-method in the TWINSCAN platform design. Here, we report on the focus / leveling performance for both test as well as customer product wafers, and present a productivity outlook on the performance gain for a selected set of exposure use-cases.
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