Bridging the gap between TCAD and ECAD methodologies in deep sub-micron interconnect extraction and analysis

Nagaraj Ns, P. Balsara, C. Cantrell
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引用次数: 1

Abstract

Dominance of interconnect parasitics in impacting functionality, performance and reliability in deep sub-micron (DSM) designs is a well known topic. Reduced metal pitches, process variations, new materials for metallization/dielectrics emphasizes an increased need for "accurate" technology modeling of interconnect. In the mean time, continued design integration, increased chip sizes and market pressures call for faster but "accurate" EDA methodologies and tools. This tutorial provides a complete perspective of the TCAD interconnect modeling issues and how these could be addressed in ECAD methodologies and tools.
弥合TCAD和ECAD方法在深亚微米互连提取和分析方面的差距
在深亚微米(DSM)设计中,互连寄生对功能、性能和可靠性的影响是一个众所周知的话题。减少金属间距,工艺变化,金属化/电介质的新材料强调了对互连“精确”技术建模的需求增加。与此同时,持续的设计集成,芯片尺寸的增加和市场压力要求更快但“准确”的EDA方法和工具。本教程提供了TCAD互连建模问题的完整视角,以及如何在ECAD方法和工具中解决这些问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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