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0.18-um optical lithography performances using an alternating DUV phase-shift mask

机译:使用交替DUV相移掩模的0.18um光学光刻性能

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Abstract: The phase shift mask (PSM) is a key emerging technology thought to be extending 248 nm lithography. In this paper, we describe the lithographic performances of Shipley UV5 photoresist on SiOxNy Bottom Anti Reflective coating (BARC), using alternating PSM and ASM/90 Deep-UV stepper. Results on 0.18 micrometer design rules are presented: lithographic performances, comparison between PSM and binary mask, sub 0.18 micrometer performances ($LFBC@1$RTBC@) and the ultimate resolution of this technology are reported. To conclude we demonstrated the 0.18 micrometer lithography feasibility with alternating mask and KrF stepper, and showed that all the necessary tools are today available to achieve such goals. !5
机译:摘要:相移掩模(PSM)是一种新兴的关键技术,被认为可以扩展248 nm光刻技术。在本文中,我们使用交替的PSM和ASM / 90深紫外步进器来描述Shipley UV5光刻胶在SiOxNy底部抗反射涂层(BARC)上的光刻性能。给出了0.18微米设计规则的结果:光刻性能,PSM与二元掩模的比较,低于0.18微米性能($ LFBC @ 1 $ RTBC @)以及该技术的最终分辨率。总而言之,我们证明了采用交替掩模和KrF步进器进行0.18微米光刻的可行性,并表明当今所有必要的工具都可以实现这些目标。 !5

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