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Operation of spatial light modulators in DUV light

机译:DUV光中空间光调制器的操作

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摘要

The Fraunhofer Institute for Microelectronic Circuits and Systems (FhG-IMS) has developed spatial light modulators (SLM), which are used in a pattern generator for DUV laser mask writing developed by Micronic Laser Systems. They consist of micromirror arrays and allow massive parallel writing in UV mask writers. The chip discussed here consists of 2048 x 512 individually addressable mirrors and can be run at a frame rate of 1 to 2 kHz. For this application it is necessary that the SLMs can be operated under DUV light without changing their performance. This paper discusses a failure mechanism of the SLMs when operated in DUV light and countermeasures to eliminate this effect.
机译:弗劳恩霍夫微电子电路与系统研究所(FhG-IMS)已开发出空间光调制器(SLM),该空间光调制器用于Micronic Laser Systems开发的用于DUV激光掩模写入的图案发生器。它们由微镜阵列组成,并允许在UV掩模写入器中进行大规模并行写入。此处讨论的芯片由2048 x 512个独立可寻址镜组成,可以以1至2 kHz的帧速率运行。对于此应用,有必要在不改变其性能的情况下在SUV下操作SLM。本文讨论了SLM在DUV灯下工作时的故障机理以及消除这种影响的对策。

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