1983IEEE Transactions on Computer-Aided Design of Integrated Circuits and SystemsRequires access

Signal Delay in RC Tree Networks

J. Rubinstein, P. Penfield, Mark Horowitz

Open publisher page 850 citations

Abstract

In MOS integrated circuits, signals may propagate between stages with fanout. The exact calculation of signal delay through such networks is difficult. However, upper and lower bounds for delay that are computationally simple are presented in this paper. The results can be used 1) to bound the delay, given the signal threshold, or 2) to bound the signal voltage, given a delay time, or 3) certify that a circuit is "fast enough," given both the maximum delay and the voltage threshold.

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What this paper is about

In MOS integrated circuits, signals may propagate between stages with fanout. The exact calculation of signal delay through such networks is difficult. However, upper and lower bounds for delay that are computationally simple are presented in this paper. The results can be used 1) to bound the delay, given the signal threshold, or 2) to bound the signal voltage, given a delay time, or 3) certify that a circuit is "fast enough," given both the maximum delay and the voltage threshold.

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OpenAlex reports 850 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In MOS integrated circuits, signals may propagate between stages with fanout. The exact calculation of signal delay through such networks is difficult. However, upper and lower bounds for delay that are computationally simple are presented in this paper. The results can be used 1) to bound the delay, given the signal threshold, or 2) to bound the signal voltage, given a delay time, or 3) certify that a circuit is "fast enough," given both the maximum delay and the voltage threshold.

Key concepts: SIGNAL (programming language), Elmore delay, Delay calculation, Upper and lower bounds, Computer science, Simple (philosophy), Tree (set theory), Group delay and phase delay

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