full adder research papers
RESEARCH PAPERS

full adder research papers




Design of Two High Performance 1-Bit CMOS Full Adder Cells
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ABSTRACT 1-bit full adder is a very great part in the design of application particular integrated circuits. Power consumption is one of the most significant parameters of full adders. Therefore reducing power consumption in full adders is very important in low power 

Low Power Full Adder With Reduced Transistor Count
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ABSTRACT Basic building blocks of most of the arithmetic and logic circuits are formed by XOR logic gate. This paper proposes a new 3T-XOR gate with significant area and power savings. In most of the digital systems adder lies in the critical path that increases the 

Analysis and optimization of Active Power and Delay of 10T Full Adder using Power Gating Technique at 45 nm Technology
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ABSTRACT An overview of performance analysis and comparison between various parameters of a low power high speed 10T full adder has been presented here. This paper shows comparative study of advancement over active power, leakage current and delay with 

Realization of Reversilbe Full Adder  Reversible Full Subtractor using RPLA
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ABSTRACT Reversible logic gates are very much in demand for the future computing technologies as they are known to produce Zero power dissipation.. Reversible logic circuits are of interests to power minimization having applications in low power CMOS design, 

Design of High Speed Multiplier Using Minority Function Based Full Adder
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ABSTRACT Minimizing the power consumption of CMOS circuits is important for a wide variety of applications, both because of increasing levels of integration and the desire for portability. As multipliers are the important component of signal processing architectures designed for 

Performance Analysis of GDI Based 1-bit Full Adder Circuit for Low PowerHigh Speed Applications
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ABSTRACT As technology scales into the nanometer regime power, delay and area plays a vital role for the analysis and design of various arithmetic logic circuits. Most of the low power and battery power VLSI applications, such as digital signal processing, image 

A Power Gating Switch for Low Power 8 Bit CMOS Full Adder Circuit
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ABSTRACT In most recent CMOS feature sizes (eg, 90nm and 45nm), leakage power dissipation has become an overriding concern for VLSI circuit designers. International technology roadmap for semiconductors (ITRS) reports that leakage power dissipation 

Design and Analysis of an Array Multiplier Using an Area Efficient Full Adder Cell in 32nm CMOS Technology
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Multiplier is one of the basic functional unit in digital signal processor. Most high performance DSP systems rely on hardware multiplication to achieve high data 

Novel Shannon Based Full Adder Architecture Low Power Nueral Network Applications
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HS Umesha, AR Aswatha ABSTRACT This paper proposes novel low power full adder cell to be used as Shannon adder in the Neural Network applications. By using the Shannon's theorem the gate count is reduced thereby the total chip area gets minimized. Hence the power also gets reduced to 

Comparative Analysis of Different Types of Full Adder Circuits
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ABSTRACT The Full Adder circuit is an important component in application such as Digital Signal Processing (DSP) architecture, microprocessor, and microcontroller and data processing units. This paper discusses the evolution of full adder circuits in terms of lesser 

Design and Implementation of Low-Power High-Speed Full Adder cell using GDI Technique
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ABSTRACT –Full custom implementation is used to develop digital circuits in new technology to achieve high performance low power and area efficient designs. In this paper, The low power and high performance 1-bit full adder cell is proposed. The modified Gate Diffusion 

Synchronous Full-Adder based on Complementary Resistive Switching Memory Cells
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MRAM and OxRRAM are under intense investigation by both academia and industries. They are based on resistive switching mechanisms and promise advantageous performances in terms of access speed, power consumption and endurance (ie 1012), surpassing 

MINIMIZATION OF REDUNDANT INTERNAL VOLTAGE SWING IN CMOS FULL-ADDER
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ABSTRACT We proposed a CMOS full-adder cell for low-power applications. The proposed logic structure of CMOS full-adder is used to minimize unnecessary internal voltage swing taken place in the prior CMOS full-adder by adding four nMOS transistors to the logic 

LOW POWER 9T FULL ADDER USING INVERSION LOGIC
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ABSTRACT The low-power clubbed with low-energy has become an important issue in recent trends of VLSI. This paper presents pre-layout and post-layout simulations of a new 9T full adder cell at low voltages. The main objective of design is low power consumption 

Comparative Analysis of 4-Bit Multipliers Using Low Power 8-Transistor Full Adder Cells
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ABSTRACT In recent year, power dissipation is one of the biggest challenges in VLSI design. Multipliers are the main sources of power dissipation in DSP blocks. In this project various types of full adders design are performed. Different techniques are used for low power in 

Designing Ripple Carry Adder using A new Design of the CMOS Full-Adders
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ABSTRACT This paper presents a method to Designing Ripple Carry Adder using CMOS Full- Adders for Energy-Efficient Arithmetic Applications. We present two high-speed and low- power full-adder cells de-signed with an alternative internal logic structure and pass- 

Study of Existing Full Adders and To Design a LPFA (Low Power Full Adder)
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P Kumar, S Mishra, A Singh ABSTRACT This paper describes the different logic style used for CMOS full adders and different equation used to implement the required Boolean logic for full adders. This paper also describes that the speed of the design is limited by size of the transistors, parasitic 

Design of Low Power One-Bit Hybrid-CMOS Full Adder Cells
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One-bit Hybrid full adder cell. To achieve a good-drivability, noise-robustness, and low energy operations for deep-sub micrometer, we explore Hybrid-CMOS style design. Hybrid- CMOS design styles utilize various CMOS logic style circuit to build new Full Adder with 

A Novel 1-Bit Full Adder Design Using DCVSL XOR/XNOR Gate and Pass Transistor Multiplexers
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ABSTRACT Adders are the basic building blocks in digital computer systems. Arithmetic operations are widely used in most digital computer systems. Addition is a fundamental arithmetic operation and is the base for arithmetic operations such as multiplication and 


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