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2010•ICSES 2010 International Conference on Signals and Electronic CircuitsRequires access

Adiabatic array logic

Yuuki Tomita, Yasuhiro Takahashi, Toshikazu Sekine

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Abstract

This paper presents an adiabatic logic, which is classified as rank-2 quasi-adiabatic. The proposed circuit which drives a sinusoidal power supply is based on array logic. The proposed logic consists of AND plane using transmission gate and wired-OR plane. Through the computer simulation, we show that the energy consumption of the proposed circuit is lower than that of CMOS logic circuit and lower than that of our previously proposed adiabatic logic circuit.

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What this paper is about

This paper presents an adiabatic logic, which is classified as rank-2 quasi-adiabatic. The proposed circuit which drives a sinusoidal power supply is based on array logic. The proposed logic consists of AND plane using transmission gate and wired-OR plane. Through the computer simulation, we show that the energy consumption of the proposed circuit is lower than that of CMOS logic circuit and lower than that of our previously proposed adiabatic logic circuit.

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Available abstract

This paper presents an adiabatic logic, which is classified as rank-2 quasi-adiabatic. The proposed circuit which drives a sinusoidal power supply is based on array logic. The proposed logic consists of AND plane using transmission gate and wired-OR plane. Through the computer simulation, we show that the energy consumption of the proposed circuit is lower than that of CMOS logic circuit and lower than that of our previously proposed adiabatic logic circuit.

Key concepts: Adiabatic circuit, Pass transistor logic, Adiabatic process, Emitter-coupled logic, Logic gate, Logic family, Resistor–transistor logic, AND-OR-Invert

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