ATLAS Wire Tension Measurement system

Slides:



Advertisements
Similar presentations
Simple Harmonic Motion and Waves December 1, 2010
Advertisements

Variable Capacitance Transducers The Capacitance of a two plate capacitor is given by A – Overlapping Area x – Gap width k – Dielectric constant Permitivity.
Lecture 10. AFM.
Q31.1 A resistor is connected across an ac source as shown. Which graph correctly shows the instantaneous current through the resistor and the instantaneous.
Eelectric Energy Harvesting Through Piezoelectric Polymers Progress Report - April 29 Don Jenket, II Kathy Li Peter Stone.
Fundamentals of Power Electronics 1 Chapter 19: Resonant Conversion Outline of discussion DIRECT MODELING APPROACH 1.How small-signal variations in the.
Fundamentals of Power Electronics 1 Chapter 19: Resonant Conversion Outline of discussion DIRECT MODELING APPROACH 1.How small-signal variations in the.
Position Sensing Mechanical Optical Magnetic. Mechanical Sensing - Microswitch.
Standing Waves Time to read Chapter 3 of Berg & Stork.
PHYS16 – Lecture 36 Ch. 15 Oscillations Xkcd.com.
Fundamentals of Power Electronics 1 Chapter 19: Resonant Conversion Outline of discussion DIRECT MODELING APPROACH 1.How small-signal variations in the.
College and Engineering Physics Quiz 9: Simple Harmonic Motion 1 Simple Harmonic Motion.
Fundamentals of Power Electronics 1 Chapter 19: Resonant Conversion Outline of discussion DIRECT MODELING APPROACH 1.How small-signal variations in the.
PWM (Pulse Width Modulation)
Pressure Measurement Why is it important?. Pressure Measurement Asses the situation –What is the range of pressures to be measured? –Is pressure dynamic.
EE 350 / ECE 490 Analog Communication Systems
Differential Transformer
Physics 434 Module 3 - T. Burnett 1 Physics 434 Module 3 Acoustic excitation of a physical system.
Importance of advanced simulations of electrical system in wind turbines April 2010.
13.1 Radios and Electromagnetic waves. New ideas for today: Electrical resonators (tank circuits) Electromagnetic waves (light) How FM and AM radio works.
 All objects have a NATURAL FREQUENCY at which they tend to vibrate. This frequency depends on the material the object is made of, the shape, and many.
Esci 411, Advanced Exploration Geophysics (Micro)seismicity John Townend EQC Fellow in Seismic Studies
Chapter 35.
Emco High Voltage DC to DC Converters BY John Kmiec.
Tesla’s Alternating Current Dr. Bill Pezzaglia Updated 2014Mar10.
Wire tension meter for LHCb’s Outer tracker – reliability tests G. Apeldoorn, T.Bauer, J. Nardulli, A. Pellegrino, T. Sluijk, P. Vankov LHCb-week, Zurich,
A taut wire or string that vibrates as a single unit produces its lowest frequency, called its fundamental.
resonance occurs when a medium vibrates at the same frequency as the external vibrating force causing the vibration. If the forcing frequency equals.
EKT 451/4 SEM 2 Chapter 6 SENSOR & TRANSDUCER SHAIFUL NIZAM MOHYAR
Periodogram of a sinusoid + spike Single high value is sum of sine curves all in phase at time t 0 :
Lab 23 B: Natural Frequency and Resonance. Purpose The pendulum oscillated at only one frequency for each string length. The frequency at which objects.
STEPPER MOTORS Name: Mr.R.Anandaraj Designation: Associate. Professor Department: Electrical and Electronics Engineering Subject code :EC 6252 Year: II.
APPLIED MECHANICS Lecture 05 Slovak University of Technology
Tuning Fork Scanning Probe Microscopy Mesoscopic Group Meeting November 29, 2007.
Fundamentals of Power Electronics 1 Chapter 19: Resonant Conversion Solution of converter voltage conversion ratio M = V/V g Eliminate R e :
Vibrating Wire Test 23 March 2007 A wire of mass per unit length μ under tension T, of length L held fixed at each end has a fundamental vibration frequency.
Chapter 19 Physics A First Course Vibrations, Waves, and Sound.
Proximity sensors Optical – Through-beam Inductive Capacitive
Cecile Limborg-Deprey 0 mode in LCLS injector August 28th mode studies in LCLS injector gun C.Limborg-Deprey Frequency.
High Voltage Power Supply Module Operating in Magnetic Field Output Voltage 2500V ~ 4000V Load Resistance 10 M  ~ Magnetic Field 1.5 tesla Efficiency.
Coupling ratio of geophone in the sea bed
Multi-Straw Prototype Detector Tension Measurements Oswaldo A. Lozoya University of Texas at El Paso.
PHY PHYSICS 231 Lecture 34: standing waves & harmonics Remco Zegers Last lecture: Friday (Review)
Harmonics. Strings as Harmonic Oscillators Its mass gives it inertia Its mass gives it inertia Its tension and curvature give it a restoring force Its.
Figure 3-9: Implementing the Load Diverter CAUTION Do NOT connect the wires to the Diversion Load Controller or the terminal block at this point. IF.
Physics Section 11.2 Apply properties of pendulums and springs A pendulum exhibits harmonic motion. A complete cycle is called an oscillation. The maximum.
EKT 451 CHAPTER 6 Sensor & Transducers.
1 Transducers EKT 451 CHAPTER 6. 2 Definition of a Transducers   Transducer is any device that converts energy in one form to energy in another.  
A taut wire or string that vibrates as a single unit produces its lowest frequency, called its fundamental.
From: Instability in Nonlinear Oscillation of Dielectric Elastomers
Integrated Science Unit 4, Chapter 11.
Variable Capacitance Transducers
Sensors May 25, 2013.
Dr. Unnikrishnan P.C. Professor, EEE
Electromechanical Systems
Standing (or Stationary) Waves
Standing waves standing waves on a string: RESONANCE:
Chapter 13 Objectives Explain why resonance occurs.
Vibration Monitoring System M14
Physics A First Course Vibrations, Waves, and Sound Chapter 19.
I Alexander Nass for the JEDI collaboration
Mechanical Resonance.
Position Sensing Mechanical Optical Magnetic.
Test Review.
Integrated Circuits Computer Signals
Oscillations and Waves
Fundamental Frequency of a String (The First Harmonic)
Phasor diagrams Assume all diagrams represent RLC Circuits (driven damped harmonic oscillators). All phasor diagrams rotate counter-clockwise. You may.
AC current.
Chapter 15 Notes Sound.
Presentation transcript:

ATLAS Wire Tension Measurement system

ATLAS Wire Tension Measurement system The system uses electrostatic force to excite mechanical oscillation around the wire fundamental harmonic resonance The oscillation amplitude is sensed by measuring the capacitance variation in the wire-tube system Changing the high voltage modulation frequency  mechanical resonance curve Fully operated by a PC LabVIEW program

ATLAS Wire Tension Measurement system Measure = fout (HV OFF) – fout (HV ON) HV ON HV OFF

ATLAS Wire Tension Measurement system WTM internal view

ATLAS Wire Tension Measurement system Sensor and HV modulation connections RS 232 and T sensor connections

ATLAS Wire Tension Measurement system Control panel WTM

ATLAS Wire Tension Measurement system Parameter setting section

ATLAS Wire Tension Measurement system section Output

ATLAS Wire Tension Measurement system