[PDF] Top 20 1. design of low voltage, low power and high speed logic gates using modified gdi technique
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1. design of low voltage, low power and high speed logic gates using modified gdi technique
... new low-power design technique, namely Modified Gate Diffusion Input (Mod-GDI) which is adopted from GDI ...technique[11].This Technique allows ... See full document
10
Review on Design Approach for FPGA Implementation of 16-Bit Vedic Multiplier
... a high speed and low power 16x16 Vedic Multiplier is designed by using low power and high speed modified carry select ...adder. Modified Carry ... See full document
5
Evaluation of Power Delay Product for Low Power Full Adder Circuits based on GDI Logic Cell using Mentor Graphics
... pass-transistor logic circuit. There is no voltage drop problem but it requires double the number of transistors to design a similar ...are low power consuming and they are suitable for ... See full document
7
Low Power Based Dual Mode Logic Gates using Power Gating Technique
... computer-aided- design tools. DML gates are achieved very high ...CMOS logic gates it is also shown to be valuable for other logic families, such as the pass transistor ...mode ... See full document
6
Design Of Low Power Adder And Multiplier Using Reversible Logic Gates
... Table 1, we conclude that using 45nm the reversible multiplier is having lower dissipation Power dissipation in multiplier designs has been much-researched in recent years, due to the importance of ... See full document
7
Design and Implementation of High Performance and Low Power Mixed Logic Line Decoders
... Circuit design which includes starting from basic digital logic gates to a System on Chip ...CMOS logic circuits withstand against the different voltage scaling, it allows transistor ... See full document
6
An Implementation of Full Adder Circuit using Modified Gate Diffusion Input Technique
... a high demand and need for low power and high speed digital circuits with small silicon ...So, design and analysis of low power and high performance adders ... See full document
5
Low power and high speed optimized 4-bit array multiplier using GDI technique
... pass-transistor logic [2] (CPL) features complementary inputs/outputs using nMOS pass-transistor logic with CMOS output ...node low swing, which contribute to lowering the power ... See full document
6
Design of low power 16x16 SRAM Array using GDI logic with dynamic threshold technique
... static power dissipation. Pulse input signal with a peak to peak voltage of ...Supply voltage of ...both logic -1 and logic -0 have been analyzed. Power consumption of ... See full document
6
Design of Low Power Low Voltage Circuit using CMOS Ternary Logic
... of high-speed and low-voltage full adder ...circuits. Using hybrid-CMOS design style with pass transistor a new full adders designed are presented in this paper that targets ... See full document
8
Design of High Speed Comparator using DTMOS Technique with low Power Consumption
... is low or ...circuit design consideration are the input common-mode-range (ICMR), dissipation of power, diffusion delay ...1.2 voltage CMOS technology was using 10GHz 4-stage ... See full document
6
A Review on Designing of 4 Bit Alu Using Gdi Technique At 45NM, 32NM, 22NM
... highest power- density locations on the processor, as it is clocked at the highest speed and is busy mostly all the time which results in thermal hotspots and sharp temperature gradients within the ... See full document
5
A Low Power Binary to Excess-1 Code Converter Using GDI Technique
... systems. Design of area and power efficient high speed data path logic systems are one of the most substantial areas of research in VLSI system ...the speed of addition is ... See full document
6
Design of SAR Logic for Low Power High Speed SAR ADC
... digital 1. This code is fed into the DAC, which then supplies the voltage equivalent of the digital word (Vref/2) to the comparator circuit for comparison with the sampled ...analog voltage exceeds ... See full document
9
A Novel Low Power Vedic Multiplier using Modified GDI Technique in 45nm Technology
... realized using the Urdhva Tiryakbhyam ...parallel using a chain of AND ...implementation using modified GDI is shown in ...multiplier using modified GDI requires ... See full document
8
Design of Low Power High Speed Adders in McCMOS Technique
... Because of the dual ripple carry adder more area is required and carry out stage ripple at each stage. Considering the block of an adder, adding bits K to K+3. Instead of waiting for previous carry to come and then ... See full document
8
1. Design of low power and high speed multiplier
... lower power consumption as well as high speed compared with the conventional ...in power is achieved by applying Pass Transistor Logic (PTL) in Conventional Full Adder to improve the ... See full document
7
Ultra Low Power Logic Gates
... basic logic gates is presented using 180nm CMOS technology with a very low voltage of ...Ideally logic family should not dissipate power, have zero propagation delay, ... See full document
5
A Power Efficient GDI Technique for Reversible Logic Multiplexer of Emerging Nanotechnologies
... of GDI cell technique is that shown in figure ...in GDI cell is not connected to the supply VDD and other hand NMOS in GDI cell is not connected to ...the GDI cell technique is ... See full document
7
ABSTRACT : In this Paper, design of high speed, low power 1-bit full adder using both logic gates and complementary
... is speed and power consumption. The higher power consumption of modules raises chip temperature which directly affects the battery life of modules ...less power will enhance overall ... See full document
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