A New Molecular 5:3 Compressor Cell Based on Benzene Rings


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Abstract


Multiplication is one of the most commonly used arithmetic operations in microprocessors and signal processing. Compressors are used in performing efficient multiplication operations. In this paper, a new 5:3 compressor is designed through a hybrid architecture combined of Benzene rings and CNT transistors in which each P-type transistor is a benzene ring FET and each N-type transistor is a CNFET. The results, compared with a purely CNFET compressor cell, show reduction in power and energy consumption in this new design. Simulations are performed by HSPICE simulator in different supply voltages, frequencies and temperatures.
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Keywords


Molecular Electronics; Benzene Rings; Carbon Nanotube Field Effect Transistor (CNFET); Compressor

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References


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