高度可制造的110纳米DRAM技术,具有8F/sup 2/垂直晶体管单元,可用于1Gb及以上

H. Akatsu, R. Weis, K. Cheng, M. Seitz, M. Kim, R. Ramachandran, T. Dyer, B. Kim, D. Kim, R. Malik, J. Strane, T. Goebel, O. Kwon, C. Sung, P. Parkinson, K. Wilson, I. McStay, M. Chudzik, D. Dobuzinsky, M. Jacunski, C. Ransom, K. Settlemyer, L. Economikos, A. Simpson, A. Knorr, M. Naeem, G. Stojakovic, W. Robl, O. Gluschenkov, B. Liegl, C. Wu, Q. Wu, W.-K. Li, C.J. Choi, N. Arnold, T. Joseph, K. Varn, M. Weybright, K. McStay, W. Kang, Y. Li, S. Bukofsky, R. Jammy, R. Schutz, A. Gutmann, W. Bergner, R. Divakaruni, D. Back, E. Crabbé, W. Müller, G. Bronner
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引用次数: 1

摘要

本文介绍了一种采用8F/sup /垂直晶体管沟槽电池的110纳米半间距DRAM技术,并针对易于制造和缩放进行了优化。所有四个关键的光刻步骤都是阵列中的规则模式。通过使用钨字线、钨位线和双门垂直阵列晶体管,提供了高性能。区域增强技术在沟槽电容允许使用传统的介电材料进入110纳米的一代。利用该技术已制造出512 Mb的原型芯片。
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A highly manufacturable 110 nm DRAM technology with 8F/sup 2/ vertical transistor cell for 1Gb and beyond
This paper describes a 110 nm half-pitch DRAM technology utilizing an 8F/sup 2/ vertical transistor trench cell and optimized for ease of manufacturing and scaling. All four critical lithography steps are regular patterns in the array. High performance is provided through the use of tungsten word-lines, tungsten bit-lines, and the double-gated vertical array transistors. Area enhancement techniques in the trench capacitor allow the use of conventional dielectric materials into the 110 nm generation. A 512 Mb prototype chip has been fabricated using this technology.
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