Edc unit 5

International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.

Direct Design of Reversible Combinational and Sequential Circuits Using PSDRM...

IJRES Journal

Reversible logic will be a favourable logic by dissipating less heat than the thermo dynamic limit for the emerging computing technologies. Also it has become very promising for low power designs. Reversible designs of Combinational and Sequential circuits are built by replacing the latches, flip-flops and associated combinational gates of the traditional irreversible designs by their reversible counter parts. But this replacement technique is not very promising because it leads to high quantum cost and garbage outputs. So, in this paper we presented both the direct design and replacement designs of 5-bit up down counter and universal shift register which are practically important using reversible logic and PSDRM expressions. Replacement design is done by replacing the RTL design using reversible designs. Direct design is done by representing the state transitions and the output functions of the circuits using PSDRM expressions which are obtained from truth table or state transition table. Thus my direct design of a 5-bit updown counter and universal shift register save 42.66%, 9.79% quantum cost and 93.75%, 40% garbage outputs respectively than the replacement design.

Fully Differential ended charge pump (FDCP) are proven to have advantages over single ended charge pump at the cost of complexity and required more power for implementation for digital phase locked loop(DPLL). Wide swing cascodebias voltage with the rail to rail operational amplifier(opamp) as common mode feedback(CMFB) provides efficient solutions for current mismatch due to its non-idealities. The FDCP is simulated across process corners using 65nm technology with tsmc foundry for10Ghz DPLL. The power consumption of FDCP is 23mW with 100uA as Charge Pump (CP) current.

Comparative Study of Low Power Low Area Bypass Multipliers for Signal Process...

This paper presents a comparative study of 1-dimensional bypassing multipliers on basis of delay, area and power. If we can reduce the power consumption of the multiplier block, then we can reduce the power consumption of various digital signal processing chips and communication systems. In 2-dimensional bypass multiplier is presented the effective analysis of Slices, Lut, Cost & area is achieved. The implementation of Braun multipliers and its bypassing techniques is done using Verilog HDL using Xilinx 12.4 ISE. Results are showed and it is verified using the Spartan-3E and Synopsys respectively.

Ieee project reversible logic gates by_amit

Amith Bhonsle

A Low power and area efficient CLA adder design using Full swing GDI technique

The low power VLSI design has an important role in designing of many electronic systems. While designing any combinational or sequential circuits, the important parameters like power consumption, implementation area, voltage leakage and performance of the circuit are to be considered. Design of area, high speed and powerefficient data path logic systems forms the largest areas of research in VLSI system design. This paper presents a low power Carry look ahead adder design using Full swing Gate diffusion (FS-GDI) technique. The proposed CLA implementation utilizes improved full-swing GDI F1 and F2 gates, which are the counterparts of standard CMOS NAND and NOR gates. The basic Gate Diffusion Input (GDI) logic style suffers from some practical limitations like swing degradation, fabrication complexity in standard CMOS process and bulk connections. These limitations can be overcome by Full swing GDI technique. The proposed technique utilizes a single swing restoration (SR) transistor to improve the output swing of F1 and F2 GDI gates. A 16-bit CLA is designed and Simulations are performed by Mentor graphics 130nm CMOS technology ELDO simulator. Simulation results have shown a greater reduction in delay, power dissipation and area.

K-band waveguide T-junction diplexer for satellite communication

TELKOMNIKA JOURNAL

Design and measurement of two waveguide diplexers on H-plane T-junction, are presented. The two diplexers structures consist of a waveguide H-plane T-junction and two waveguide obtained cavity filters. The two diplexers operate in the same frequency bands (17 GHz-19.5 GHz). The simulation results show that over the operating band of two filters, the return losses are better than 18 dB and insertion losses are lower than 0.05 dB. The proposed diplexers have been simulated using Mician μ Wave Wizard simulator based on the mode matching method (MMM). The diplexers have been validated experimentally and results are presented. Simulated and measured results show good agreement.

Reversible logic gate

Debraj Maji

Analysis, Design and Implementation of 4-Bit Full Adder using FinFETrbl87

System designing and modelling using fpga

IAEME Publication

Power Optimization using Reversible Gates for Booth’s Multiplier

Reversible logic attains the attraction of researchers in the last decade mainly due to low-power dissipation. Designers’ endeavours are thus continuing in creating complete reversible circuits consisting of reversible gates. This paper presents a design methodology for the realization of Booth’s multiplier in reversible mode. So that power is optimised Booth’s multiplier is considered as one of the fastest multipliers in literature and we have shown an efficient design methodology in reversible paradigm. The proposed architecture is capable of performing both signed and unsigned multiplication of two operands without having any feedbacks, whereas existing multipliers in reversible mode consider loop which is strictly prohibited in reversible logic design. Theoretical underpinnings, established for the proposed design, show that the proposed circuit is very efficient from reversible circuit design point of view.

Ch33509513

A low power adder using reversible logic gates

eSAT Publishing House

IJRET : International Journal of Research in Engineering and Technology is an international peer reviewed, online journal published by eSAT Publishing House for the enhancement of research in various disciplines of Engineering and Technology. The aim and scope of the journal is to provide an academic medium and an important reference for the advancement and dissemination of research results that support high-level learning, teaching and research in the fields of Engineering and Technology. We bring together Scientists, Academician, Field Engineers, Scholars and Students of related fields of Engineering and Technology.

Ix3416271631

Evolution of Structure of Some Binary Group-Based N-Bit Compartor, N-To-2N De...

Reversible logic has attracted substantial interest due to its low power consumption which is the main concern of low power VLSI systems. In this paper, a novel 4x4 reversible gate called inventive gate has been introduced and using this gate 1-bit, 2-bit, 8-bit, 32-bit and n-bit group-based reversible comparator have been constructed with low value of reversible parameters. The MOS transistor realizations of 1-bit, 2- bit, and 8-bit of reversible comparator are also presented and finding power, delay and power delay product (PDP) with appropriate aspect ratio W/L. Novel inventive gate has the ability to use as an n-to-2n decoder. Different novel reversible circuit design style is compared with the existing ones. The relative results shows that the novel reversible gate wide utility, group-based reversible comparator outperforms the present style in terms of number of gates, garbage outputs and constant input.

Compact low power high slew-rate cmos buffer amplifier with power gating tech...

A qualitative analysis of different parameters such as Phase noise, Slew rate and tranconductance by using power gating reduction technique is presented. The circuit achieves the large driving capability by employing simple comparators to sense the transients of the input to turn on the output stages, which are statically off in the stable state. The effect of the different number of transistors and their topologies on the phase noise and Slew rate is analyzed. Good agreement between qualitative and quantitative measurements is observed. Scope of reducing of Noise and avoidance of Leakage due to various sources is discussed.

Paper id 27201430

IJRAT

Low Power Implementation of Booth’s Multiplier using Reversible Gates

RMK ENGINEERING COLLEGE, CHENNAI

EVOLUTION OF STRUCTURE OF SOME BINARY GROUP-BASED N-BIT COMPARATOR, N-TO-2N D...

VIT-AP University

Reversible logic has attracted substantial interest due to its low power consumption which is the main concern of low power VLSI circuit design. In this paper, a novel 4x4 reversible gate called inventive gate has been introduced and using this gate 1-bit, 2-bit, 8-bit, 32-bit and n-bit group-based reversible comparator have been constructed with low value of reversible parameters. The MOS transistor realizations of 1-bit, 2- bit, and 8-bit of reversible comparator are also presented and finding power, delay and power delay product (PDP) with appropriate aspect ratio W/L. Novel inventive gate has the ability to use as an n-to-2n decoder. Different proposed novel reversible circuit design style is compared with the existing ones. The relative results shows that the novel reversible gate wide utility, group-based reversible comparator outperforms the present design style in terms of number of gates, garbage outputs and constant input.

The-Power-of-h-Parameters-in-Transistor-Circuit-Analysis.pptx

keshav451844

EC8353 ELECTRONIC DEVICES AND CIRCUITS Unit 3

FPGA Based Selective Harmonic Elimination Technique for Multilevel Inverter

International Journal of Power Electronics and Drive Systems

Harmonic elimination at the fundamental frequency is very much appropriate for high and medium range of power generation and applications. This paper considers a new technique for selective harmonic elimination (SHE), in which the total harmonic distortion (THD) is minimized when compared with that of the conventional one. With this technique, the harmonics at lower order are eliminated, which are more predominant than the higher ones.Cascaded H-Bridge inverter fed by a single DC is considered which is simulated with the switching angles generated by both the conventional method of SHE and the new method of SHE. The simulated results of the load voltage and the waveforms of the harmonic analysis are shown. The THD values are compared for the two techniques. The experimental results are also shown for the new technique. The switching angles are generated with the help of field programmable gated array (FPGA) in the hardware. The value of experimental THD of voltage is compared with that of simulated THD and the comparison prove that the results are satisfactory.

N1102018691

IOSR Journals

What's hot

Presentation energy efficient code converters using reversible logic gates

Adityakumar2208

Minimum Mismatch of Current in Fully Differential Charge Pump for Integer N- ...

Comparative Study of Low Power Low Area Bypass Multipliers for Signal Process...

Ieee project reversible logic gates by_amit

Amith Bhonsle

A Low power and area efficient CLA adder design using Full swing GDI technique

K-band waveguide T-junction diplexer for satellite communication

TELKOMNIKA JOURNAL

Reversible logic gate

Debraj Maji

Analysis, Design and Implementation of 4-Bit Full Adder using FinFETrbl87

System designing and modelling using fpga

IAEME Publication

Power Optimization using Reversible Gates for Booth’s Multiplier

Ch33509513

A low power adder using reversible logic gates

eSAT Publishing House

Ix3416271631

Evolution of Structure of Some Binary Group-Based N-Bit Compartor, N-To-2N De...

Compact low power high slew-rate cmos buffer amplifier with power gating tech...

Paper id 27201430

IJRAT

Low Power Implementation of Booth’s Multiplier using Reversible Gates