| ABSTRACT : |
This paper enumerates the efficient design and analysis of N-type CNTFET based Double Edge Triggered D Flip-flop. The Flip flop is designed using Ballistic CNTFET (VHDL-AMS model) with the dent of 1nm in resistive load inverter logic. The transient and power analysis are obtained with operating voltage at 0.6V for the double edge triggered D flip-flop using system vision tool. There are many issues facing while integrating many number of transistors like short channel effect, power dissipation, scaling of the transistors. To overcome these problems by Considering the carbon nano tube have promising application in the field of electronics. The simulation results are presented, and the power consumptions are compared with the conventional MOSFET design. The comparison of results indicated that the CNTFET based design is capable of efficient power savings.
Keywords: CNT, CNTFET, Resistive load inverter logic, Double edge triggered D flip flop, Circuit simulation. |
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