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2017 | OriginalPaper | Chapter

Capacitive-Based Adiabatic Logic

Authors : Ayrat Galisultanov, Yann Perrin, Hervé Fanet, Gaël Pillonnet

Published in: Reversible Computation

Publisher: Springer International Publishing

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Abstract

This paper introduces a new paradigm to implement logic gates based on variable capacitance components instead of transistor elements. Using variable capacitors and Bennett clocking, this new logic family is able to discriminate logic states and cascade combinational logic operations. In order to demonstrate this, we use the capacitive voltage divider circuit with the variable capacitor modulated by an input bias state to the set output state. We propose the design of a four-terminal capacitive element which is the building block of this new logic family. Finally, we build a Verilog-A model of an electrically-actuated MEMS capacitive element and analyze the energy transfer and losses within this device during adiabatic actuation. The proposed model will be used for capacitive-based adiabatic logic circuit design and analysis, including construction of reversible gates.

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Metadata
Title
Capacitive-Based Adiabatic Logic
Authors
Ayrat Galisultanov
Yann Perrin
Hervé Fanet
Gaël Pillonnet
Copyright Year
2017
DOI
https://doi.org/10.1007/978-3-319-59936-6_4

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