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Complementary adiabatic and fully adiabatic MOS logic families for gigascale integration

Vivek De, J.D. Meindl

Open publisher page 24 citations

Abstract

A fundamental opportunity for adiabatic-reversible computation is prescribed by the second law of thermodynamics through the universal relationship between entropy and heat generation in a closed system. The complementary adiabatic MOS (CAMOS) and fully adiabatic MOS (ADMOS) logic families provide practical circuit implementations of quasi-adiabatic and quasi-adiabatic-reversible computing, respectively, and offer promising alternatives to CMOS logic for low-power GSI systems.

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What this paper is about

A fundamental opportunity for adiabatic-reversible computation is prescribed by the second law of thermodynamics through the universal relationship between entropy and heat generation in a closed system. The complementary adiabatic MOS (CAMOS) and fully adiabatic MOS (ADMOS) logic families provide practical circuit implementations of quasi-adiabatic and quasi-adiabatic-reversible computing, respectively, and offer promising alternatives to CMOS logic for low-power GSI systems.

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OpenAlex reports 24 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A fundamental opportunity for adiabatic-reversible computation is prescribed by the second law of thermodynamics through the universal relationship between entropy and heat generation in a closed system. The complementary adiabatic MOS (CAMOS) and fully adiabatic MOS (ADMOS) logic families provide practical circuit implementations of quasi-adiabatic and quasi-adiabatic-reversible computing, respectively, and offer promising alternatives to CMOS logic for low-power GSI systems.

Key concepts: Adiabatic process, Adiabatic circuit, Reversible computing, Adiabatic quantum computation, Logic gate, Computation, Entropy (arrow of time), CMOS

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