Power Aware & High Speed Booth Multiplier based on Adiabatic Logic

Finally all these circuits are compared with their power dissipation, delay and power delay product values, the Type-E circuit connected with Forward Body Bias circuit is shown

Then butterfly operation (BO) is carried out to perform FNT and IFNT where the point wise multiplication is performed using modulo 2n+1 partial product multipliers.. Thus modulo

This approach is used to implement fuzzy logic control based on variable structure technique which is called fuzzy sliding mode controller and applied for controlling the speed of

A new technique of implementing a multiplier circuit using Decomposition Logic is proposed here which improves speed with very little increase in power dissipation when compared

The multiplier, being the most significant block in many such digital systems, their speed and efficiency are primarily dependent upon the speed, area, throughput

Reversible logic c ircuits have the same number of inputs and outputs, and have one-to-one mapping between vectors of inputs and outputs; thus the vector of

In this paper design the 4-bit Vedic multiplier using different adder and implementation 8-bit radix-2 FFT algorithm.. The paper is organized as follows: Section II

Due to the similarity in operation with the binary numbers, Booth Multiplier can be used for multiplication in Fixed Point Arithmetic Unit. The multiplication is