Carbon Nanotube FET Technology for Radio-Frequency Electronics: State-of-the-Art Overview

Carbon-based electronics is an emerging field. Its present progress is largely dominated by the materials science community due to the many still existing materials-related obstacles for realizing practically competitive transistors. Compared to graphene, carbon nanotubes provide better properties f...

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Main Authors:	Michael Schroter, Martin Claus, Paulius Sakalas, M. Haferlach, Dawei Wang
Format:	Article
Language:	English
Published:	IEEE 2013-01-01
Series:	IEEE Journal of the Electron Devices Society
Subjects:	Carbon electronics carbon nanotube CNTFET emerging technology radio frequency (RF) transistors
Online Access:	https://ieeexplore.ieee.org/document/6471857/

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spelling	doaj-da759d5acfb849b6ab31dbc42dd851922021-03-29T18:41:57ZengIEEEIEEE Journal of the Electron Devices Society2168-67342013-01-011192010.1109/JEDS.2013.22446416471857Carbon Nanotube FET Technology for Radio-Frequency Electronics: State-of-the-Art OverviewMichael Schroter0Martin Claus1Paulius Sakalas2M. Haferlach3Dawei Wang4Chair for Electron Devices and Integrated Circuits, TU Dresden, Dresden, GermanyChair for Electron Devices and Integrated Circuits, TU Dresden, Dresden, GermanyChair for Electron Devices and Integrated Circuits, TU Dresden, Dresden, GermanyRFNano Corporation, Newport Beach, CA, USARFNano Corporation, Newport Beach, CA, USACarbon-based electronics is an emerging field. Its present progress is largely dominated by the materials science community due to the many still existing materials-related obstacles for realizing practically competitive transistors. Compared to graphene, carbon nanotubes provide better properties for building field-effect transistors, and thus, have higher chances for eventually becoming a production technology.https://ieeexplore.ieee.org/document/6471857/Carbon electronicscarbon nanotubeCNTFETemerging technologyradio frequency (RF) transistors
collection	DOAJ
language	English
format	Article
sources	DOAJ
author	Michael Schroter Martin Claus Paulius Sakalas M. Haferlach Dawei Wang
spellingShingle	Michael Schroter Martin Claus Paulius Sakalas M. Haferlach Dawei Wang Carbon Nanotube FET Technology for Radio-Frequency Electronics: State-of-the-Art Overview IEEE Journal of the Electron Devices Society Carbon electronics carbon nanotube CNTFET emerging technology radio frequency (RF) transistors
author_facet	Michael Schroter Martin Claus Paulius Sakalas M. Haferlach Dawei Wang
author_sort	Michael Schroter
title	Carbon Nanotube FET Technology for Radio-Frequency Electronics: State-of-the-Art Overview
title_short	Carbon Nanotube FET Technology for Radio-Frequency Electronics: State-of-the-Art Overview
title_full	Carbon Nanotube FET Technology for Radio-Frequency Electronics: State-of-the-Art Overview
title_fullStr	Carbon Nanotube FET Technology for Radio-Frequency Electronics: State-of-the-Art Overview
title_full_unstemmed	Carbon Nanotube FET Technology for Radio-Frequency Electronics: State-of-the-Art Overview
title_sort	carbon nanotube fet technology for radio-frequency electronics: state-of-the-art overview
publisher	IEEE
series	IEEE Journal of the Electron Devices Society
issn	2168-6734
publishDate	2013-01-01
description	Carbon-based electronics is an emerging field. Its present progress is largely dominated by the materials science community due to the many still existing materials-related obstacles for realizing practically competitive transistors. Compared to graphene, carbon nanotubes provide better properties for building field-effect transistors, and thus, have higher chances for eventually becoming a production technology.
topic	Carbon electronics carbon nanotube CNTFET emerging technology radio frequency (RF) transistors
url	https://ieeexplore.ieee.org/document/6471857/
work_keys_str_mv	AT michaelschroter carbonnanotubefettechnologyforradiofrequencyelectronicsstateoftheartoverview AT martinclaus carbonnanotubefettechnologyforradiofrequencyelectronicsstateoftheartoverview AT pauliussakalas carbonnanotubefettechnologyforradiofrequencyelectronicsstateoftheartoverview AT mhaferlach carbonnanotubefettechnologyforradiofrequencyelectronicsstateoftheartoverview AT daweiwang carbonnanotubefettechnologyforradiofrequencyelectronicsstateoftheartoverview
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Carbon Nanotube FET Technology for Radio-Frequency Electronics: State-of-the-Art Overview

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