硬填充Al-plug技术在64 Mb DRAM和0.35 /spl mu/m逻辑中的应用

K. Mizobuchi, K. Hamamoto, M. Utsugi, G. Dixit, S. Poarch, R.H. Havemann, C. D. Dobson, A.I. Jeffryes, P.J. Holverson, P. Rich, D. Butler, N. Rimmer, A. McGeown
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引用次数: 1

摘要

一种新型的高压(60mpa)力填充铝塞技术已经被证明适用于半微米以下的接触和通孔填充。本文介绍了新的铝力填充技术在实际ULSI电路中的首次应用-64 Mb dram和0.35 /spl mu/m Logic器件。在这两种应用中,与标准的填孔工艺(w -塞用于逻辑器件,w -衬垫用于dram)相比,高压al -塞方法改善了电气性能,并取得了更高或同等的产量。采用新型铝力填充技术制造的全位功能64mb一代dram具有标称的电气性能,没有异常的可靠性问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of force fill Al-plug technology to 64 Mb DRAM and 0.35 /spl mu/m logic
A novel high pressure (60 MPa) force fill Al-plug technology has been previously shown to be suitable for sub-half micron contact and via hole filling. This paper describes the first application of the new aluminum force fill technology to actual ULSI circuits-64 Mb DRAMs and 0.35 /spl mu/m Logic devices. For both applications, improved electrical performance and superior or equivalent yield has been demonstrated for the high pressure Al-plug approach as compared with the standard hole filling process (W-plug for logic devices and W-liner for DRAMs). Full bit functional 64 Mb generation DRAMs fabricated using the new aluminum force fill technology show nominal electrical behavior with no anomalous reliability issues.
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