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The carbon nanotube field-effect transistor (CNTFET) is a promising device to supersede the MOSFET at the end of the technology roadmap of the CMOS. When designing and manufacturing a CNTFET, additional features such as pitch, number, and position of the CNTs must be considered to assess its performance. One of the defect types that can occur when fabricating a CNTFET is the absence of some CNTs following...
The Carbon NanoTube Field Effect Transistor (CNTFET) is a promising device to supersede the MOSFET at the end of the technology roadmap of CMOS. When designing and manufacturing a CNTFET, additional features such as pitch, number and position of the CNTs must be considered to assess its performance. One of the defect types that can occur when fabricating a CNTFET, is the absence of some CNTs following...
Carbon nanotubes with their superior properties have proved to be a potential alternative device to CMOS. In this paper, circuit optimization methods for high performance and low power CNFEFT circuit are proposed. The proposed design methods for CNTFET circuit address how to decide the optimum CNTFET parameters such as pitch, diameter, number of CNTs (carbon nanotube), optimum fan-out factor and logical...
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