The Behavioural Model of Graphene Field-effect Transistor

The behavioural model of a graphene field-effect transistor (GFET) is proposed. In this approach the GFET element is treated as a “black box” with only external terminals available and without considering the physical phenomena directly. The presented circuit model was constructed to reflect steady-...

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Main Authors: Maciej Łuszczek, Marek Turzyński, Dariusz Świsulski
Format: Article
Language:English
Published: Polish Academy of Sciences 2020-12-01
Series:International Journal of Electronics and Telecommunications
Subjects:
Online Access:https://journals.pan.pl/Content/117132/PDF/101_2649_Luszczek_skl.pdf
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author Maciej Łuszczek
Marek Turzyński
Dariusz Świsulski
author_facet Maciej Łuszczek
Marek Turzyński
Dariusz Świsulski
author_sort Maciej Łuszczek
collection DOAJ
description The behavioural model of a graphene field-effect transistor (GFET) is proposed. In this approach the GFET element is treated as a “black box” with only external terminals available and without considering the physical phenomena directly. The presented circuit model was constructed to reflect steady-state characteristics taking also into account GFET capacitances. The authors’ model is defined by a relatively small number of equations which are not nested and all the parameters can be easily extracted. It was demonstrated that the proposed model allows to simulate the steady-state characteristics with the accuracy approximately as high as in the case of the physical model. The presented compact GFET model can be used for circuit or system-level simulations in the future.
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spelling doaj.art-de69f02ffdc5489893dd3d35de1cdf922022-12-22T01:40:34ZengPolish Academy of SciencesInternational Journal of Electronics and Telecommunications2081-84912300-19332020-12-01vol. 66No 4753758https://doi.org/10.24425/ijet.2020.134037The Behavioural Model of Graphene Field-effect TransistorMaciej ŁuszczekMarek TurzyńskiDariusz ŚwisulskiThe behavioural model of a graphene field-effect transistor (GFET) is proposed. In this approach the GFET element is treated as a “black box” with only external terminals available and without considering the physical phenomena directly. The presented circuit model was constructed to reflect steady-state characteristics taking also into account GFET capacitances. The authors’ model is defined by a relatively small number of equations which are not nested and all the parameters can be easily extracted. It was demonstrated that the proposed model allows to simulate the steady-state characteristics with the accuracy approximately as high as in the case of the physical model. The presented compact GFET model can be used for circuit or system-level simulations in the future.https://journals.pan.pl/Content/117132/PDF/101_2649_Luszczek_skl.pdfgraphene field-effect transistorbehavioural modelcircuit simulationssensors
spellingShingle Maciej Łuszczek
Marek Turzyński
Dariusz Świsulski
The Behavioural Model of Graphene Field-effect Transistor
International Journal of Electronics and Telecommunications
graphene field-effect transistor
behavioural model
circuit simulations
sensors
title The Behavioural Model of Graphene Field-effect Transistor
title_full The Behavioural Model of Graphene Field-effect Transistor
title_fullStr The Behavioural Model of Graphene Field-effect Transistor
title_full_unstemmed The Behavioural Model of Graphene Field-effect Transistor
title_short The Behavioural Model of Graphene Field-effect Transistor
title_sort behavioural model of graphene field effect transistor
topic graphene field-effect transistor
behavioural model
circuit simulations
sensors
url https://journals.pan.pl/Content/117132/PDF/101_2649_Luszczek_skl.pdf
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