Gate Diffusion Input
Performance Evalution of Gate Diffusion Input and Modified Gate Diffusion Input Techniques for Multipliers and Fast Adders Design
... performance in VLSI design. Minimization of power consumed by the circuit tends to improve the performance and reduce the cost of the system. Power consumption is mainly due to increased number of transistors and leakage ...
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Designing of Adders and Vedic Multiplier using Gate Diffusion Input
... The increasing prominence of portable systems demands high chip density along with low power consumption. Now a day’s reducing the power consumption has become an important goal in the design of digital integrated ...
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1. Reduction in area and power analysis with d-latch enabled carry select adder using gate diffusion input
... Various adders have been used in day to day lifestyle. Adders are used mainly in arithmetic devices where calculations are mainly used. Thus, adders are the most significant part of VLSI chip designing systems. Here, in ...
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Low-Power Adder Design Using Full-Swing Gate Diffusion Input Logic
... swing gate diffusion input ...swing gate diffusion input technology method is efficiently ...swing gate diffusion input is a new technique of low power ...
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Performance Evalution of Gate Diffusion Input and Modified Gate Diffusion Input Techniques for Multipliers and Fast Adders Design
... performance in VLSI design. Minimization of power consumed by the circuit tends to improve the performance and reduce the cost of the system. Power consumption is mainly due to increased number of transistors and leakage ...
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A Low Power Decoding Circuitry for a Multi Channel Data Acquisition System using Gate Diffusion Input
... A Gate Diffusion input technique for low power design was ...4 input AND gate was designed and the transistors are operated in sub threshold region by employing body ...
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Review on Modified Gate Diffusion Input Technique
... using Gate Diffusion Input (GDI) procedure which on simulation has been found to consume low power in conjunction with lesser delay time and fewer transistors while maintaining proper output-voltage ...
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Parallel Self Timed Adder Using Gate Diffusion Input Logic
... influenced by the speed of the adders used. The design of Parallel Self Timed Adder (PASTA) is regular and uses half adders along with multiplexers with minimum interconnection requirement. The architectural design and ...
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An Implementation of Full Adder Circuit using Modified Gate Diffusion Input Technique
... Binary addition is the basic operation found in most arithmetic components. Computation needs to be achieved by using area efficient circuits operating at high speed with low power consumption. Addition is the ...
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Power efficient Wallace tree multiplier using Full Swing Gate Diffusion Input technique
... FSGDI technique presents a promising future for low power designs. Hence, it is highly essential to analyse the effect of process variations [19] on FSGDI circuits. The prime process parameters are channel length, ...
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Energy and Area Efficient Three Input XOR/XNORs with Gate Diffusion input Methodology Bandi Anil & Tayyabunnissa Begum
... In the end, the resultant three-input XOR/XNORs enjoy full-swing and fairly balanced outputs. They perform well with supply voltage scaling, and their critical path contains only two transistors. They also ...
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Reduce Power Consumption and Area of JK and SR Flip Flop by use Gate Diffusion Input
... called Gate Diffusion Input or GDI process [7] having diminished surface size and power requirements, and efficient in performing a wide range of logic ...
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A Novel Low Power Gray To Binary Code Converter Using Gate Diffusion Input(GDI)
... A new technique, Gate-Diffusion-Input (GDI) technique has been adopted for reducing the transistor count with full swing. The GDI technique has been implemented in Code Converters and the comparison ...
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A Novel Low Power Binary to Gray Code Converter Using Gate Diffusion Input (GDI)
... Abstract: - In modern era, Ultra low power design has an Active research topic due to its various Applications. In this paper we introduce a novel low power and Area efficient Binary to Gray code converter is implemented ...
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Implementation and Analysis of Full Adder using Different Low Power Techniques
... (Common gate input of small nMOS and pMOS), P (input to the source/drain of pMOS) and N (input to the source/drain of nMOS), bulk terminal of bothnMOS&pMOS is connected to N or P ...As ...
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Reduction of Leakage Power using Stacking Power Gating Technique in Different CMOS Design Style at 45Nanometer Regime
... In this paper we present designed and analysis of different CMOS logic style such as pass transistor logic, transmission gate and gate diffusion input (GDI) using with stacking power gating ...
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Leakage current and power reduction techniques in combinational circuits
... of Gate Diffusion Input Technique to design an arithmetic and logic ...appropriate input selection of multiplexer in order to perform a particular operation and for obtaining output ...
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Comparison of Power and Delay in Different Types of Full Adder Circuit
... Transmission gate (TGA) ,Static energy recovery factor (SERF),Gate Diffusion Input full adder (GDI), 14 T full adder using XNOR/XOR cell, 8 T full adder using 3 T XNOR ...
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Implementation of Parallel Self Timed Adder Using Modified GDI Logic
... Modified Gate Diffusion Input logic (Mod-GDI) is power-efficient than Gate Diffusion Input logic (GDI) and Complementary Metal Oxide Semiconductor CMOS logic ...its input ...
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Design of Low Power 1 Bit Full Adder Using Variable Sub- Threshold Voltage at 45 Nm Technology
... (Gate Diffusion input) and operated under variable sub- threshold region for low power consumption using 45nm Technology and analyzed with respect to power consumption, Power Product Delay (PDP) and ...
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