Overlap design for higher tungsten via robustness in AlCu metallizations

J. Kludt, K. Weide-Zaage, M. Ackermann, V. Hein
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引用次数: 2

Abstract

Due to the miniaturization process of the CMOS components metallization structures are becoming more and more complex. Better knowledge to improve via robustness for high current applications is needed. Geometry changes can have a big effect on the physical behaviour. For higher robust metallization systems it is necessary to learn more about overlap design to meet the most economic layout. Slotted high current line layouts do not allow the use of big via areas. Furthermore the number of vias increases the resistance. Investigations have shown the existence of an optimal overlap.
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通过铝铜金属化的稳健性实现高钨的重叠设计
由于CMOS元件的小型化进程,金属化结构变得越来越复杂。需要更好的知识来提高高电流应用程序的鲁棒性。几何变化会对物理行为产生很大的影响。对于高强度的金属化系统,有必要了解更多的重叠设计,以满足最经济的布局。开槽高电流线路布局不允许使用大的过孔区域。此外,通孔的数量增加了阻力。调查表明存在最佳重叠。
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