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KrF Resists and Process for Implant Layers at Advanced Nodes

机译:KrF抵抗和高级节点上植入层的处理

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The minimum design rule of device patterns for LSI implant layers has been shrinking constantly according to the industry requirements. Wavelength has been shortened and numerical aperture (NA) of the scanner has been enlarged to catch up with the required shrinkage. Implant layers are unique because the resist is nearly always used without an antireflective coating, and as a result, the resist is in direct contact with a multitude of substrate materials. In implant applications, the wafer topography sacrifices some of the lithographic performance in order to obtain adequate features on both top and bottom of the topography. KrF lithography has applied to most of the ion implant levels at today's advanced nodes.rnTo solve the several issues in ion implant process, New KrF resist was designed specifically for the lithographic / implantation process requirements.
机译:LSI植入层的器件图案的最小设计规则一直在根据行业要求而不断缩小。缩短了波长,扩大了扫描仪的数值孔径(NA),以适应所需的收缩率。注入层是独特的,因为几乎总是在没有抗反射涂层的情况下使用抗蚀剂,因此,抗蚀剂与多种基材直接接触。在植入应用中,晶片形貌牺牲了一些光刻性能,以便在形貌的顶部和底部都获得足够的特征。 KrF光刻技术已应用于当今先进节点的大多数离子注入水平。为了解决离子注入工艺中的若干问题,新型KrF抗蚀剂专为光刻/注入工艺要求而设计。

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