… inconsistent delay and increase in leakage to appear even in low power circuits, … a circuit
level under different conditions. In this paper, logic gates and benchmark circuits are designed …

… We present a model of Carbon Nanotube Field Effect Transistors (CNTFETs) directly and
easily implementable in simulation SPICE software for electronic circuit design. …

… , presented in this research report and circuit design elements have been carried outusing
… of thermal effect on device level and its impact on circuit design elements. The device design …

… circuit designs are needed to truly tap the exciting feature set of these reconfigurable
nanotechnologies. To this effect, … employ these logic gates in efficient circuit designs. We carry out …

… found that CNTFET gives promising results in all respects over Nanowire for circuit design. …
Nanowires are used to configure Field Effect Transistors (FET) by depositing nanomaterial on …

Carbon nanotube field-effect transistors (CNFETs) are being … This paper presents a novel
method of circuit-compatible … been efficiently modeled for circuit simulations. The model so …

… In this work, armchair GNR is considered as the channel material for the tunnel field effect
… current transport model as a powerful tool for circuit simulation for digital circuit design. …

In this paper, we present recent advances in the understanding of the properties of
semiconducting single wall carbon nanotube and in the exploration of their use as field-effect …

… Being a three-terminal device with a transconductance, FEFETs allow for a wide gamut of
circuit designs that leverage the unique ferroelectric physics to efficiently address the diverse …

… Figure 3a shows the circuit design diagram and SEM image of the inverter in which the …
inverter, which allows for constructing complex circuit with more transistors and deeper logical …