Automated Spotsize Measurement

Slides:

Advertisements

Similar presentations

A laser will be controlled using the LabVIEW FPGA (Field Programmable Gate Array) module. The module will precisely control the two-dimensional motion.

Advertisements

An Optical Setup for Crackle Noise Detection Carell Hamil Mentor: Gabriele Vajente 1.

Detecting Computer Intrusions Using Behavioral Biometrics Ahmed Awad E. A, and Issa Traore University of Victoria PST’05 Oct 13,2005.

PRIME Antenna Inc. Antenna Test Team Adam Straubinger Alan Condino Thanh Hong Ronnie Berg Sam Gregorio.

3D Mapping Robots Intelligent Robotics School of Computer Science Jeremy Wyatt James Walker.

PURSUE Project PP S Enhancement of the EECE Introductory Laboratories Through LabVIEW Data Acquisition System Presented by Michael J. Elyea.

Performed by: Maria terushkin & Guy Ovadia Mony Orbach Instructor: Mony Orbach Cooperated with: Alex Bekker (EO Laboratory) המעבדה למערכות ספרתיות מהירות.

Film Thickness Measurement Julian Peters Joe Fitzmyer Brad Demers P06402.

Information Systems Development and Acquisition Chapter 8 Jessup & Valacich Instructor: Ramesh Sankaranarayanan.

CS320n –Visual Programming Introduction to LabVIEW.

CHANGE OF RESISTANCE TEST STAND – P13472 Mission Statement: To design a test stand capable of measuring the temperature of an H.I.D. Magnetic Ballast using.

Design and Development of an Accelerometer based Personal Trainer System By Emer Bussmann B.E. Electronic Engineering April 2008.

Guide to MCSE , Second Edition, Enhanced 1 Objectives Understand and use the Control Panel applets Describe the versatility of the Microsoft Management.

Fiber-Optic Dosimeter. Orbital Therapy’s HRD-6 High Resolution Fiber Optic Dosimeter is the first in a new class of radiation dosimeters with unprecedented.

Projekt „ISSNB“ Nis, October DAAD Deutscher Akademischer Austausch Dienst German Academic Exchange Service PC-Based RLC Meter Mare Srbinovska,

Design of a Computer Controlled Test System for Micro-Electro-Mechanical-Resonator (MEMR) Based Gas Sensor Presenter: Joshua Ward Co-Author: Robert MacKinnon.

Robotic Radiation Oncology

IPD Technical Conference February 19 th 2008 SNAP RING DIMENSION VERIFICATION.

Sole Supports Imaging Software Group 9: Edward Krei (BME) Edward Krei (BME) Michael Galante (CompE) Michael Galante (CompE) Derrick Snyder (CompE) Derrick.

Real-time Robotic Radiation Oncology Brian Murphy Electronic and Computer Engineering NUI Galway.

NATIONAL INSTITUTE OF SCIENCE & TECHNOLOGY VIRTUAL INSTRUMENTATION BIBHU SANTOSH ROUT EI [1] VIRTUAL INSTRUMENTATION by Bibhu Santosh Rout Roll.

Graphical Output Package for Industrial Sensor May Team Members Steve Bower – CprE Ken Hall – CprE Roar Lien – CprE Jim Sproul – CprE Rich Matus.

Educational Laboratory Virtual Instrumentation Suite (ELVIS) May Client: National Instruments Advisors: Dr. Mani Mina, Dr. Diane Rover Group Members:

Ground Robotics Reliability Center Andrew Niedert, Yazan Aljeroudi, Dr. Nassif Rayess, and Dr. Richard Hill Department of Mechanical Engineering, University.

Combined Test Beams Definition of Combined Test Beams Why would we want them? Why we might not want them? Host laboratory issues? Experimenter issues.

An Overview of LabVIEW by: The Software User-Interface Group!

Status of RICH mechanical design at PNPI E.Vznuzdaev for PNPI group: V.Dobyrn, A.Khanzadeev, E.Kormin, V.Lebedev, N.Miftakhov, V.Polyakov, V.Samsonov,

Realtime Robotic Radiation Oncology Brian Murphy 4 th Electronic & Computer Engineering.

Sole Supports Imaging Software Group 9: Edward Krei (BME) Edward Krei (BME) Michael Galante (CompE) Michael Galante (CompE) Derrick Snyder (CompE) Derrick.

Mobile EKG Sensor Senior Design May0530 ABSTRACT PROJECT REQUIREMENTS The goal of this project is to develop a method of collecting heart rates using Vernier’s.

Optimization of Phase Contrast Imaging Luke Powers 1, Alfred Luk 1, Christopher Weaver 1, Jonathan Fermo 1 Advisors: Paul King, Ph.D. 1 ; Frank E. Carroll,

NMX Instrument Layout and End-station Giuseppe Aprigliano Lead Instrument Engineer NMX IKON 7 September 15 th, 2014.

EPSII Lecture Section AAA 1505 SC Professor Terry A. Braun Biomedical Engineering, Ophthalmology and Visual Sciences.

AUTOMATED SPOTSIZE MEASUREMENT Brian N. Lenahan Melisa L. Moore Advisor: Dr. E. Duco Jansen BME 273 Senior Design Project April 7, 1999.

A Presentation on Mr. SAJID NAEEM M.SC – Electronics (UOP) PG-DEP (C-DAC)

ΜD Series 9 LFB --- CYCLOPS. Provides technical support for sister companies including robotic system design and fabrication, equipment maintenance Founded.

Date of download: 9/18/2016 Copyright © 2016 SPIE. All rights reserved. The system layout for the diffractive optics calibrator (DOC). Figure Legend: From:

Biomechanical Tissue Stimulator Matt Brady (BME/EE) Ankeet Choxi (BME) Misha Kotov (CS) Steven Manuel (ME) Adviser: Dr. V. Prasad Shastri.

UNIT – II BUSINESS PROCESS MANAGEMENT

CUBIZON – SERIES Dimension & Weight Measurement Systems

Electrical Engineering

Date of download: 10/9/2017 Copyright © ASME. All rights reserved.

LABVIEW BASED MAGNETIC FIELD MAPPING SYSTEM FOR CYCLOTRON DC-280

Turbomachinery Flow Visualization P08453

Department of Engineering

Technical Drawing.

NI 9605 board Ethernet Cable Host PC LabVIEW GUI FPGA chip Processor

Function Generator Remote Control

Automated Spotsize Measurements

2016 Maintenance Innovation Challenge

Project Members: M.Premraj ( ) G.Rakesh ( ) J.Rameshwaran ( )

New hardware and software were created to support the solid DT direct heating work A Cernox RTD thermometer was mounted inside the DT cell, 1 mm behind.

M.K.Mahaboob Faizudeen ( )

Concept Level Project Plan P08453 – Turbomachinery Flow Visualization

ISO ASIS Automation & Fueling Systems A.Ş.

Early Warning System for Cloud Coverage

Lesson 2: Introduction to Control programming using Labview

Measurement & Automation Explorer

Design of a Computer Controlled Test System for

S. Ghosh, M. Muste, M. Marquardt, F. Stern

AN ENVIRONMENT FOR REMOTE CONTROL

SLOC and Size Reporting

Automated Plasma Generator Test System

Automated Spotsize Measurements

Project Readiness Review P10029 – Air Muscle Artificial Limb

Map of Human Computer Interaction

Optimization of Phase Contrast Imaging

Automated Spotsize Measurements

Automated Spotsize Measurement

Presentation transcript:

Automated Spotsize Measurement Brian Lenahan Melisa Moore Advised by: Dr. Duco Jansen

Proposal and Expectations Measure the spotsize of a laser Accurate within 10 microns Suitable for 0.1-25mm diameter beam Fully automated 2/24/99

Why We Measure Spotsize Irradiance [W/mm2] Evaluate new materials Gaussian beam profile 2/24/99

Gaussian FEL profile proven to be Gaussian Consistent property of the FEL 2/24/99

Experimental Setup 2/24/99

Spotsize Algorithm Straight-Edge Technique Algorithm b-1 = 0.552 (x10-x90) d = 2Ö2 b-1 wl = d/2 2/24/99

LabVIEW Programming language with graphical interface Common utility for data acquisition & instrument control 2/24/99

Front Panel Layout 2/24/99

Work Completed Reviewed LabVIEW Tutorial & example programs Top - Down Engineering Modified drivers for EPM 2000 and MM 3000 Resolved hardware problems Resolved resolution errors Established communication between the equipment and computer Constructed portable spotsize measurement platform 2/24/99

Current Work Combining individual drivers into overall algorithm Develop movement specifications 2/24/99

Future Work Develop accuracy specifications Resolve any programming complications Produce working model 2/24/99

References LabVIEW Tutorial LabVIEW Reference Manual EPM2000 and MM3000 user manuals Duco Jansen, VU BME professor Hans Pratisto, VU BME post-doc BME 290d Optics Lab handouts 2/24/99