Design And Synthesis Of Alu Using Reversible Logic For Mac

 Voltage-coded logic signals have energy of Esig = ½CV2, and this energy gets dissipated whenever switching occurs in conventional (irreversible) logic implemented in modern CMOS technology. https://wurtbladerro.theblog.me/posts/16569086

These circuits can generate unique output vector from each input vector, and vice versa, that is, there is a one-to-one mapping between input and output vectors.. Reverse Logic Gate and Vedic Multiplier to Design 32 Bit MAC Unit And the adder design is done by using reversible logic gate.. Abstract: In low power circuit design, reversible computing has become one of the most efficient and prominent techniques in recent years. Click

Heat dissipation in the circuit has become the critical limiting factor Rolf Landauer introduced that losing of bit in circuits causes the smallest amount of heat in computation and the theoretical limit of energy dissipation for losing of one bit computation is KTln2 Even C.. INTRODUCTION Designing of a complex digital system which dissipates low power is a competitive topic in the research field of hardware design. Click

Reversible computation does not require erasing any bit of information Consequently, it does not dissipate any energy for computation.. In this paper, two The arithmetic logic unit (ALU) is an essential part of computer processor.. With miniaturization it faces two issues i) A considerable amount of energy gets dissipated in VLSI circuits.. 14 2 and synthesis is done using Design And Synthesis Of Alu Using Reversible Logic For MacIeee project reversible logic gates by_amit 1. e10c415e6f 4

H Bennett in 1973 also showed that the dissipated energy directly correlated to the number of lost bits kTln2 energy dissipation would not occur, if a computation is carried out in a reversible way. 5