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Delay Analysis of the Distributed RC Line

机译:分布式RC线路的延迟分析

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This paper reviews the step-response of the semi-infinite distributed RC line and focuses mainly on the step-response of a finite-length RC line with a capacitive load termination, which is the most common model for a wire inside the present day integrated CMOS chips. In particular, we obtain the values of some of the common threshold-crossing times at the output of such a line and show that even the simplest first order lumped II-approximation to the finite-length RC line terminated with a capacitive load is good enough for obtaining the 50% and 63.2% threshold-crossing times of the step-response. Higher order lumped approximations are necessary for more accurate predictions of the 10% and 90% threshold-crossing times.
机译:本文回顾了半无限分布的RC线的阶跃响应,主要关注具有电容性负载终端的有限长度RC线的阶跃响应,这是当今集成线中最常见的模型。 CMOS芯片。尤其是,我们获得了此类线路输出中一些常见的阈值穿越时间的值,并表明,即使是最简单的一阶集总II逼近到以电容负载终止的有限长度RC线路也足够好用于获得阶跃响应的50%和63.2%阈值穿越时间。为了更准确地预测10%和90%阈值穿越时间,需要更高阶的集总近似值。

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