Design & analysis various basic logic gates using Quantum Dot Cellular Automata (QCA)
Abstract
A technology called Quantum Dot Cellular Automata (QCA) offers a far more effective computational platform than CMOS. Through the polarization of electrons, digital information is represented. In comparison to CMOS technology, it is more attractive because to its size, faster speed, feature, high degree of scalability, greater switching frequency, and low power consumption. This paper suggests structures of basic logic gates in the QCA technology. For the aim of verification, the produced circuits are simulated, and their results are then compared to those of their published counterparts. The comparison outcomes provide hope for adding the suggested structures to the collection of QCA gates.
Authors
Mohd. Shayan, Priyanshu Gairola, Nitin Pawar, Keshav Sharma, Anshuman Singh, Dhananjay Singh, Pavan Kumar Shukla, Vinod M. Kapse