Single-electronic Multi-level Adders
DOI:
https://doi.org/10.18372/1990-5548.77.17962Keywords:
quantum-dot cellular automata, majority element, four-bit nano adder, computer edit designed, arithmetic nano circuitAbstract
Since metal-oxide-semiconductor microelectronic structures have reached small-scale and quantum limitations, technological models of single-electron nanocircuits of multi-level adders have been created in the work. It has been proven that one bit of information can be encoded by the presence or absence of one electron on a quantum island cluster.This paper provides a simulation of a 4×4 multiplier circuit on the proposed one-bit full adder. As a result, a comparison with other adders was made, an analysis of energy dissipation depending on temperature and the dissipated power of the existing and proposed multipliers in nW was carried out. As a result, it was found that the proposed adder has better properties compared to similar ones. As a result of the work, the simulation of the 4×4 multiplier circuit was performed, and the simulation results were obtained. Modeling of the circuit was performed in QCAD DESIGNER software.
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