1996International Symposium on Low Power Electronics and DesignRequires access

Circuit techniques for low-power CMOS GSI

A.J. Bhavnagarwala, Vivek De, B.L. Austin, J.D. Meindl

Open publisher page 11 citations

Abstract

For a prescribed system performance, device, circuit and system design of a static CMOS datapath are conjointly optimized for different operating temperature ranges. Total power dissipation is reduced to one-third the value projected for 0.25 micron CMOS by the National Technology Roadmap for Semiconductors for a single datapath and to less than one-fourteenth the value projected for parallel datapaths assuming operation over a temperature range of 60/spl deg/K above room temperature.

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What this paper is about

For a prescribed system performance, device, circuit and system design of a static CMOS datapath are conjointly optimized for different operating temperature ranges. Total power dissipation is reduced to one-third the value projected for 0.25 micron CMOS by the National Technology Roadmap for Semiconductors for a single datapath and to less than one-fourteenth the value projected for parallel datapaths assuming operation over a temperature range of 60/spl deg/K above room temperature.

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OpenAlex reports 11 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

For a prescribed system performance, device, circuit and system design of a static CMOS datapath are conjointly optimized for different operating temperature ranges. Total power dissipation is reduced to one-third the value projected for 0.25 micron CMOS by the National Technology Roadmap for Semiconductors for a single datapath and to less than one-fourteenth the value projected for parallel datapaths assuming operation over a temperature range of 60/spl deg/K above room temperature.

Key concepts: Datapath, CMOS, Dissipation, Power (physics), Low-power electronics, Electrical engineering, Integrated circuit design, Electronic engineering

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