adder circuit

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4(a) shows the concept upon which the all-optical full adder circuit is designed [33].

Ultrafast all-optical full adder using quantum-dot semiconductor optical amplifier-based Mach-Zehnder interferometer

The information obtained is useful in the early design phases of an adder circuit, since architectural optimization.

Various parametric analysis and comparison of full adder cells for DSP data path block

We are attempting here in my group at MITRE to build upon such work by fabricating a molecular electronic adder circuit that uses such diodes for switching," Ellenbogen says.

One-way molecules channel electric current

In the final stage carry propagation adder circuit has been designed that consists of two Peres gates as reversible half adder and two HNG gates as reversible full adder.

A novel design of reversible squarer circuit

5 The supply voltage given to full adder circuit is 1.

Design and Implementation of multiplier using CMOS adiabatic logic

That is a full adder circuit can be implemented with the help of the two half adder circuits.

A high-performance energy efficient carry select adder using 32nm CMOS technology

The gate delay can easily be calculated by inspection of the full adder circuit.

Power minimization of 10t full adder using sub-microntechnique & pfalfull adder using adiabatic logic

Adder circuit is the main building block in various DSP mainframes.

High efficient carry skip adder in various multiplier structures

In this paper, 3 bit carry save adder (CSA) has been designed using parallel prefix adder circuit.

Implementation of low-power and area-efficient carry save adder

The proposed full adder circuit is represented by three blocks such as module 1 and module 2 are the XNOR modules that generate the sum signal (SUM) and module 3 generates the carry signal ([C.

Performance analysis of a low power high speed hybrid 1-bit full adder circuit

Hence the reduction of routing architecture of the entire design of Full Adder circuit is necessary for low power application which in turn optimizes the wire length.

Design of fast adders with optimal placement and routing in FPGAs using muxed AOI logic

Further the overall computations on the floating point numerals can be realized with adder circuit alone.

An efficient low power log based FPU design for FPGAs

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