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Four-bit Nanoadder Controlled by Five-Inputs Majority Elements
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This paper presents a nano circuit of a full one-bit adder on the proposed five-input majority element. This innovative full adder design is used to development of a four-bit adder based on it. We offer a new single-bit full adder and a four-bit adder nano circuit in quantum-dot cellular automata technology. The proposed design four-bit adder utilizes only 231 quantum cells in a 0.49 µm2 area. It has a reduction in the number of cells, delay and energy dissipation at 1 K compared to the existing works. The QCADdesigner version 2.0.3 tool implements the developed quantum-dot cellular automata full adder and four-bit adder circuits. The implementation results show that the developed quantum-dot cellular automata full adder and four-bit adder circuits have an improvement over other quantum-dot cellular automata full adder circuits.
State University "Kyiv Aviation Institute"
Title: Four-bit Nanoadder Controlled by Five-Inputs Majority Elements
Description:
This paper presents a nano circuit of a full one-bit adder on the proposed five-input majority element.
This innovative full adder design is used to development of a four-bit adder based on it.
We offer a new single-bit full adder and a four-bit adder nano circuit in quantum-dot cellular automata technology.
The proposed design four-bit adder utilizes only 231 quantum cells in a 0.
49 µm2 area.
It has a reduction in the number of cells, delay and energy dissipation at 1 K compared to the existing works.
The QCADdesigner version 2.
3 tool implements the developed quantum-dot cellular automata full adder and four-bit adder circuits.
The implementation results show that the developed quantum-dot cellular automata full adder and four-bit adder circuits have an improvement over other quantum-dot cellular automata full adder circuits.
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