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Review Paper

A Review of Low Power Consumption Clock Gating Techniques

This paper represents a review of some existing clock gating techniques for low power dissipation in digital circuitry designs. In this paper, the clock gating techniques are used which reduces the power consumption from the normal implementation of the same design. The 16 bit ALU (arithmetic logical unit) is used for reducing the dynamic power consumption through gating techniques by shutting down the clock at a given instant of time when it is not needed for work to prevent the unnecessary power consumption of the system. These designs are implemented on RTL level at VIVADO 2016.4 platform for synthesis and simulation by different gating techniques.

Published by: Priyanka Saraswat

Author: Priyanka Saraswat

Paper ID: V3I2-1505

Paper Status: published

Published: April 14, 2017

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Fundamentals of Reversible Logic Gates and Their Applications

In current time, reversible logic gates are being used very fast due to its ability to design the more complex circuit with less power dissipation. Power consumption is the main factor in low-power VLSI design. Reversible logic gates reduce power in the big amount by eliminating the power loss during a loss of one bit of data in simple operations during conventional logic gates. The main purpose of this paper is to provide fundamentals of few reversible logic gates, the comparison between their operations and their applications.

Published by: Piyush Singh

Author: Piyush Singh

Paper ID: V3I2-1501

Paper Status: published

Published: April 13, 2017

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Research Paper

Parameter Optimisation Using CNC Lathe Machining

In today’s manufacturing systems most of the time manufacturers, for retaining their position in the market competition, depends on manufacturing engineers and various production personnel in the industry. To get benefits of quick and effective setups while developments of a manufacturing processes for new products. For the manufacturing challenges, the Taguchi parameter optimization method is a powerful and efficient tool for quality and performance output. This thesis discusses on the parameter optimization of CNC lathe machining for surface roughness using the Taguchi method, where surface roughness generated during machining. In the parameter optimization, the parameters are cutting speed, feed, and depth of cut. After selecting parameters turning on CNC lathe is to be done and selected orthogonal array and parameters used for the optimum set of combined controlled parameters for surface roughness. Into this combination of parameters selected for minimum surface roughness value and for the optimum combination of parameters by Taguchi design. Taguchi orthogonal array L9 for three parameters cutting speed, feed rate, and depth of cut with its combination surface roughness measured, analyzed and recorded by signal to noise ratios.

Published by: Dhananjay Uttam Kadam, Suraj P. Ghorpade, Mangesh D. Indalkar, Sourabh R. Ingawale, Suyash D. Kudchadkar, Prof. K. K Bhosale, Prof. R. V Salunkhe

Author: Dhananjay Uttam Kadam

Paper ID: V3I2-1483

Paper Status: published

Published: April 13, 2017

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Simulation and Fabrication of Microfluidic Channel

This paper presents simulation and fabrication of microfluidic channels. Mixing is an important process in a microfluidic system. The aim of microfluidic mixing is to achieve a thorough and rapid mixing of multiple fluids in microscale devices. In different microfluidic-based biochemical analysis systems, mixing of liquid samples is considered as one of the most challenging processes to realize a suitable chemical reaction in a short time period. The basic design for a micro mixer is represented by Y-shaped channel. We used LASER cutting method for fabrication of microfluidic channels. Simulation of different channels is done in CFD (Computational fluid dynamics) software.

Published by: Jamdar Anuradha .S, Kare Akansha .V, Kate Shraddha .G, Jadhav Sonali .M, Trimbake Aishwarya .A, Prof. Narkar R. R

Author: Jamdar Anuradha .S

Paper ID: V3I2-1484

Paper Status: published

Published: April 12, 2017

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Retrofitting For Gear Lapping On Lathe Machine

Retrofitting is addition of components, features or accessories on older system that did not have when it manufactured. It is used to carry out various operations on same machine. Retrofitting is considerable change in current machine to make it flexible for doing various operations. Here is retrofitting for gear lapping on lathe machine. Its reduces high investment cost to buying separate gear lapping machine. It is economical for all small scale industries and medium scale industries. Gears are key to power transmission in our day to day life. Mechanical power transmissions uses belt, chain and gears for power transmission. This paper includes how to use the gear lapping process & innovative way of gear lapping machine. We can use conventional lathe machine which is present in most of the machine shop. The attachment is designed on simple design and is easy to use. It may include different types of gears. Whichever cutting process is used, tooth surface errors appear, in part because of tooling wear and machine distortion, in part because the gears are heat treated after cutting which releases internal strain and causes tooth flank distortion. Therefore, a finishing operation is necessary. As a result, excellent smoothness and quietness of operation can be obtained

Published by: Amol D. Awaghade, Sagar S. Ghorpade, Swapnil B. Barge, Suraj P. Barge, Sanket S. Gaikwad, Rahul S. Gaikwad, Prof. S. S Bhosale

Author: Amol D. Awaghade

Paper ID: V3I2-1486

Paper Status: published

Published: April 12, 2017

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Parameters Optimization of Laser Beam Machine

“LASER is Light Amplified Stimulated Emission of Radiation.”A Laser is a device that emits light through a process of optical amplification based on stimulated emission of electromagnetic radiation. Research parameters optimization of “LASER BEAM MACHINE “as laser beam machine, cutting speed power, gas pressure, laser power. For output parameters, surface roughness and kerfs taper are studied. The analysis is done by “TAGUCHI METHODOLOGY” In this research work input parameters are taken as Cutting Speed, Gas pressure, laser powers are studied. Simultaneously their optimum set is analyzed by using TAGUCHI METHOD from Minitab software for Surface Roughness and Kerfs taper as output Parameter.

Published by: Tushar V. Jadhav, Shashank S. Babar, Sachin R. Mane, Amrut K. Chavan, Sagar A. Bile, Prof. R. V Salukhe

Author: Tushar V. Jadhav

Paper ID: V3I2-1488

Paper Status: published

Published: April 12, 2017

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