Development of on-machine printing system for spatial filter

N. Akiyama, Masayoshi Serizawa, F. Mizuno, M. Ikota, K. Takami, Seigo Ema
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引用次数: 1

Abstract

An on-machine printing system for a spatial filter has been developed to detect small particles on the memory-mat of a 0.3 μm LSI. A minicopy film is used for the base of spatial filters. A pattern on the filter is printed by a thermal head using a ribbon painted with ink of synthetic resin. The maximum size of the printed spatial filter is 16 × 16 mm. The transmission factors of printed and transparent parts are 0.92% and 92% respectively. The printing time is 5 seconds. The signal obtained at memory-mat decreases to 4% using this spatial filter and 0.6 μm standard particles are detected at an SN ratio of 3.
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空间滤镜机上打印系统的研制
开发了一种用于空间滤波器的机器打印系统,用于检测0.3 μm LSI存储垫上的小颗粒。空间滤光片的基底采用缩微胶片。过滤器上的图案是由热敏头用合成树脂油墨涂上的色带打印出来的。所打印的空间滤波器最大尺寸为16 × 16mm。印刷件和透明件的透射率分别为0.92%和92%。打印时间为5秒。使用该空间滤波器后,在存储毡处获得的信号降低到4%,检测到的0.6 μm标准粒子的SN比为3。
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