High Speed Low Power Implementation of Combinational and Sequential Circuits Using Reversible Logic
Sanketa Keshkamat, Sanjay T. Gandhe · Communications in computer and information science · 2016
In this paper a survey on design options is carried out. An investigation of comparative analysis of 1-bit full adder with various options on the basis of power dissipation, propagation delay, and area concerning to the of number of transistors used, Energy Delay Product (EDP) & Power Delay Product (PDP). In present scenario, reversible logic based designing is attracting researchers because of its less power usage. Reversible logic is playing important role in low-power circuit scheme. The application areas of reversible logic is nanotechnology, CMOS(less power), cryptography, DSP, DNA & quantum computing, communication, computer graphics. To contract quantity price, the profundity of circuits & count of drivel outputs are the main aim of intending reversible logics gates. This work will give brief idea about building of full adder circuits using the basic reversible gates.