Low-energy 3:2 Compressor Using XOR-XNOR Gate Combined with 2:1 Multiplexer in QCA Technology
DOI:
https://doi.org/10.3103/S0735272724030014Keywords:
low power, QCA, Nanotechnology, Digital logic, Digital designAbstract
In comparison to switch level design, quantum-dot cellular automata, often referred to as QCA, have a variety of advantages in terms of high computation speed. The study focuses on nanoscale technology QCA, which is more compact and power-efficient. In this paper, we present a two-input XOR gate combined with two 2:1 multiplexers, which can be used to form a 3:2 compressor design in the nanoscale with a low amount of storage space, a relatively low delay and relatively low complexity in terms of the physics implementation of such a device. The tool used to simulate the work to be carried out for simulation was QCADesigner 2.0.3. To compare the proposed design and existing design, the proposed design is compared as a result, the suggested design is smaller and consists of 75 fewer cells than the existing design. In addition, it is also shown that the study meets the current research trend requirements in terms of a single cell missing that shows that the study complies with the requirements. To obtain energy results, the QCApro tool has been used. In addition, the proposed design can be used to design high configure design, such as the Wallace Tree Multiplier, the DADDA Multiplier, and the 7:3 compressor.
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