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The formation of multilayer resist mask for transistor T-gates fabrication using electron-beam lithography

机译:使用电子束光刻技术形成用于晶体管T型栅极的多层抗蚀剂掩模

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The processes of T-gate fabrication with gate “foot” length up to 150 nm using multilayer resist mask were investigated in the paper. The possibility of production of required gate shape using two-layer resist stack 950K PMMA/EL-11, tri-layer resist stack PMMA/LOR 5B/495К PMMA that was used to improve a “lift-off” quality and also four-layer resist stack EL-6/ PMMA 950K/ LOR 5B/ PMMA 495K that was used to produce transistors with wide recess in the same lithographic process with gate fabrication was studied. The patterns, optimal exposure doses, developers and development conditions were chosen for all masks.
机译:本文研究了使用多层抗蚀剂掩膜的栅“脚”长高达150 nm的T栅制造工艺。使用两层抗蚀剂叠层950K PMMA / EL-11,三层抗蚀剂叠层PMMA / LOR 5B /495КPMMA可能产生所需的栅极形状,该三层抗蚀剂叠层用于提高“剥离”质量,还可以使用四层抗蚀剂叠层研究了在与栅极制造相同的光刻工艺中用于生产具有宽凹口的晶体管的抗蚀剂叠层EL-6 / PMMA 950K / LOR 5B / PMMA 495K。为所有口罩选择了图案,最佳曝光剂量,显影剂和显影条件。

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