[PDF][PDF] Carbon nanotube field effect transistors using printed semiconducting tubes
Purified, all-semiconducting nanotubes offer great promise for a variety of applications in RF
and microwave electronics. It has been showed theoretically that carbon nanotube
electronic devices have the potential of going into THz regime since 2004 [1]. In this work,
we present device performance of thin-film transistors fabricated using a carbon nanotube
spin-coating method that is economical and lends itself to mass manufacturing of nanotube
electronics.
and microwave electronics. It has been showed theoretically that carbon nanotube
electronic devices have the potential of going into THz regime since 2004 [1]. In this work,
we present device performance of thin-film transistors fabricated using a carbon nanotube
spin-coating method that is economical and lends itself to mass manufacturing of nanotube
electronics.
Abstract
Purified, all-semiconducting nanotubes offer great promise for a variety of applications in RF and microwave electronics. It has been showed theoretically that carbon nanotube electronic devices have the potential of going into THz regime since 2004 [1]. In this work, we present device performance of thin-film transistors fabricated using a carbon nanotube spin-coating method that is economical and lends itself to mass manufacturing of nanotube electronics.
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