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[PDF] Top 20 Design & Simulation of Half Adder Circuit using AVL Technique Based on CMOS Technology

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Design & Simulation of Half Adder Circuit using AVL Technique Based on CMOS Technology

Design & Simulation of Half Adder Circuit using AVL Technique Based on CMOS Technology

... AVLS technique, a combination of 2- N-MOS & 1-P-MOS are connected in ...of circuit of AVLS circuit and the rest of the NMOS transistor is connected to the drain ...control circuit is ... See full document

6

A Efficient Technique For Low-Power High
Speed Adder Circuit Design in DSM
Technology

A Efficient Technique For Low-Power High Speed Adder Circuit Design in DSM Technology

... low-power design is also important in high performance digital systems, such as microprocessors and digital signal processors because of high integration density and the high clock ...full adder ... See full document

7

Cmos Half Adder Design & Simulation Using Different Foundry

Cmos Half Adder Design & Simulation Using Different Foundry

... novel adder using XOR gates which are in turn designed with less number of transistors is ...an adder using minimum number of transistors is the key idea for the design ...building ... See full document

5

Design and Simulation of 2-Bit Hybrid Adder using GDI Technique

Design and Simulation of 2-Bit Hybrid Adder using GDI Technique

... hybrid adder is designed using modified full adder cells by CMOS and GDI ...technique.The adder is first simulated for 1 bit and is extended for 2-bit ...adder.The circuit is ... See full document

8

Design of Low Power Half Adder Using Adaptive Voltage Level (AVL) Technique

Design of Low Power Half Adder Using Adaptive Voltage Level (AVL) Technique

... full adder circuit and half ...the circuit by using much logic design style such as Complementary Pass Transistor design style, Transmission Gate design style, ... See full document

8

Low-Power and High-Performance 1-Bit CMOS Full-Adder Cell

Low-Power and High-Performance 1-Bit CMOS Full-Adder Cell

... novel design methodology, entitled bridge style, for CMOS full adder, is presented, and afterwards a new 1-bit adder is proposed based on the idea of bridge and compared to its ... See full document

7

Design and Comparative Analysis of Power Efficient 14T Mux Based CMOS Adder Cell using 22nm Technology

Design and Comparative Analysis of Power Efficient 14T Mux Based CMOS Adder Cell using 22nm Technology

... full adder design we incorporate an additional input carry-in along with the other two inputs of a half ...full adder cell is designated as carry-out (Cout) that can be passed on to several ... See full document

10

DESIGN OF LOW POWER ENERGY EFFICIENT CARRY SELECT ADDER USING CMOS TECHNOLOGY

DESIGN OF LOW POWER ENERGY EFFICIENT CARRY SELECT ADDER USING CMOS TECHNOLOGY

... effect. Based on the amount of the supply voltage reduction, the operation of ON devices may occupy in the super threshold, near-threshold, or subthreshold ... See full document

5

Design and Simulation of Low Power Cmos Ternary Full Adder

Design and Simulation of Low Power Cmos Ternary Full Adder

... to design a Ternary coded Decimal (TCD) adder circuit based on CMOS ...Ternary adder, the TCD adder utilizes 3-bit Ternary coded Decimal (TCD) number as input and the ... See full document

5

An Improved SOI CMOS Technology Based Circuit Technique for Effective Reduction of Standby Subthreshold Leakage

An Improved SOI CMOS Technology Based Circuit Technique for Effective Reduction of Standby Subthreshold Leakage

... proposed technique is vali- dated through layout design and simulation of a one-bit full adder circuit using the proposed and other existing standby subthreshold leakage control ... See full document

7

PERFORMANCE ANALYSIS OF HIGH SPEED CMOS FULL ADDER CIRCUIT FOR LOW VOLTAGE VLSI CIRCUIT DESIGN IN NANOMETER.

PERFORMANCE ANALYSIS OF HIGH SPEED CMOS FULL ADDER CIRCUIT FOR LOW VOLTAGE VLSI CIRCUIT DESIGN IN NANOMETER.

... the technology scaling reduces the gate oxide thickness and the gate length thereby increasing the transistor density and also reduces the ...of design process from higher architecture level to lower ... See full document

7

Designing High Performance Adder Circuit Using Output Prediction Logic Opl Technique

Designing High Performance Adder Circuit Using Output Prediction Logic Opl Technique

... static CMOS), increased power dissipation and complexity in cascading inverting logics due to problem of ...static CMOS, namely high noise immunity and easy technology mapping, while obtaining ... See full document

9

Reduction of Leakage Power in Half  Subtractor using AVL Technique based on 45nm CMOS Technology

Reduction of Leakage Power in Half Subtractor using AVL Technique based on 45nm CMOS Technology

... as circuit, architectural and layout. At circuit design level considerable amount of power can be saved by means of proper choice of a logic ...logic design is important because all important ... See full document

5

Design a Low Power Half Subtractor Using AVL Technique Based on 65nm CMOS Technology

Design a Low Power Half Subtractor Using AVL Technique Based on 65nm CMOS Technology

... paper, Half-Subtractor is being designed using Adaptive Voltage Level (AVL) ...techniques.This design consumed less power as compare to conventional ...ground) technology in which the ... See full document

7

Design a Low Power 4:2 Compressor using Adders

Design a Low Power 4:2 Compressor using Adders

... Menon et. Al Many arithmetic circuits like adders, mux are main elements of high performance are employed in the DSP systems. In the highly recommended of these applications, multipliers have been a complex and mostly ... See full document

7

Implementation of Reversible Control and Full Adder Unit Using HNG Reversible Logic Gate

Implementation of Reversible Control and Full Adder Unit Using HNG Reversible Logic Gate

... full adder unit, using reversible HNG logic gates which can performseven logical operations and eight arithmetic ...of design: number of constant inputs, number of garbage outputs, quantum cost, ... See full document

8

Design of 64 bit hybrid carry select adder using CMOS 32nm Technology

Design of 64 bit hybrid carry select adder using CMOS 32nm Technology

... full adder circuits. In first architecture, 14T full adder is used for 32bit MSB and 10T full adder is used for 32bit ...full adder is used for 32bit MSB and 14T full adder is used for ... See full document

5

Implementation of Half Subtractor and Full Subtractor based on CNTFET

Implementation of Half Subtractor and Full Subtractor based on CNTFET

... where a0 = 0.142 is the inter-atomic distance between each carbon atom and its neighbor. Like the MOSFET device, the CNTFET has also four terminals. The current-voltage (I-V) physiognomies of the CNTFET are like ... See full document

5

A Survey on Leakage Power Reduction Techniques by Using Power Gating Methodology

A Survey on Leakage Power Reduction Techniques by Using Power Gating Methodology

... by using well known methods [7], ...new technique where clustering and scheduling are done simultaneously and the overall objective is targeted continuously throughout the ...This technique is also a ... See full document

6

Neural Network Modeling for Simulation of Error Optimized QCA Adder Circuit

Neural Network Modeling for Simulation of Error Optimized QCA Adder Circuit

... intelligence technique is used in this paper to design error optimized QCA adder circuit ...intelligence based Hopfield Neural Network (PNN) is proposed in this ...intelligence ... See full document

5

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