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Structure and a Detailed Analysis of Various Simulation Results of CNTFET:A Review


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1 ITM University, Gurgaon, Haryana, India
 

A detailed review on the Carbon Nanotube Filed Effect Transistors (CNTFETs) has been given. A little description about what are carbon nanotubes is also been covered. Various simulation results have also been included in this paper in order to provide better understanding about the carbon nanotubes field effect transistors. Characteristic Graphs of a C-CNTFET with n=10. m=11 (diameter=1.4246 nm) have been studied. Threshold voltage of CNTFETs vs n (for m=0) is also simulated. Equivalent high-frequency small-signal circuit model for a Nanotube transistor has also been analyzed. Also current voltage relationship of the CNTFET with respect to gate oxide thickness and dielectric constant has been analyzed.

Keywords

Chirality, CNTFETs, Graphene, HSPICE, MOSFETs, Nano-Ribbon, Quantum Capacitance.
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  • Structure and a Detailed Analysis of Various Simulation Results of CNTFET:A Review

Abstract Views: 133  |  PDF Views: 0

Authors

Himanshu Gautam
ITM University, Gurgaon, Haryana, India
Prateek Bindra
ITM University, Gurgaon, Haryana, India

Abstract


A detailed review on the Carbon Nanotube Filed Effect Transistors (CNTFETs) has been given. A little description about what are carbon nanotubes is also been covered. Various simulation results have also been included in this paper in order to provide better understanding about the carbon nanotubes field effect transistors. Characteristic Graphs of a C-CNTFET with n=10. m=11 (diameter=1.4246 nm) have been studied. Threshold voltage of CNTFETs vs n (for m=0) is also simulated. Equivalent high-frequency small-signal circuit model for a Nanotube transistor has also been analyzed. Also current voltage relationship of the CNTFET with respect to gate oxide thickness and dielectric constant has been analyzed.

Keywords


Chirality, CNTFETs, Graphene, HSPICE, MOSFETs, Nano-Ribbon, Quantum Capacitance.