Paper
Quantum-dot Cellular Automata (QCA) Design of Multi-Function Reversible Logic Gate
- Authors:
- N. A. Shah; F. A. Khanday; J. Iqbal
- Abstract
- This paper presents implementation of multi-function reversible Gate using Quantum-dot Cellular Automata (QCA), which fulfils desirable circuit features of small size, high device density, and low power dissipation of contemporary emerging circuit design technologies. The design methodology followed is such that the resultant circuits not only occupy smaller area, but also enjoy superior performance factors in respect of noise, circuit stability, and low power dissipation. The multi-function reversible gate can be configured to work as universal gate, Fan-out and comparator functions. And all have been designed in QCA and presented in this paper as well. The operation of QCA circuits is simulated using QCADesigner bistable vector simulation.
- Keywords
- Nanotechnology; Quantum-dot Cellular Automata; Nanoelectronics; Reversible Computing; Circuit design; Circuit simulation
- StartPage
- 8
- EndPage
- 18
- Doi