This is what it would look like if the two ranges had the same noise level (same precision interval) but different resolutions.

Slides:



Advertisements
Similar presentations
Analog Electronics Workshop (AEW) Apr 3, Contents Intro to Tools Input Offset Input and Output Limits Bandwidth Slew Rate Noise EMIRR Filtering.
Advertisements

Digitizing Considerations Typical A/D system Specs Accuracy Linearity Precision Monotonicity Resolution/Dynamic Range Timing Aperture Delay Jitter Settling.
1 Scope. 2 Menu 3 Ignition Scope 4 5 Channel 1 Probe.
Workshop 7 of 7 Welcome!. Today's Topics Data Acquisition MAX DAQ Assistant Express VI DAQmx API Create Task Configure Task Configure Trigger Start Task.
Take a task sheet from the pile Log on to a computer Stay logged on and take a seat at the front of the class Read through the session objectives Try some.
Doc.: IEEE /1139r1 Submission September 2004 Joe Kwak Slide 1 Comment Resolution Summary Letter Ballot 71 Category: RCPI Joe Kwak InterDigital.
1 Chapter 2: Measurement Errors  Gross Errors or Human Errors –Resulting from carelessness, e.g. misreading, incorrectly recording.
Analog Comparator Positive input chooses bet. PB2 and Bandgap Reference. Negative input chooses bet. PB3 and the 8 inputs of the A/D. ACME= Analog Comparator.
A/D Conversion and Interfacing Physics 270. Voltmeters.
18/05/2015 Calice meeting Prague Status Report on ADC LPC ILC Group.
Calibration Ops Meeting Vilspa Mar MOS Timing Mode Spectral Features and Possible Improvements Tony Abbey, Leicester University.
Fluke Oscilloscope 4 Isolated Channels 200 Mhz Bandwidth CAT III 1000 CAT IV 600 Rated 2.5 GS/s sample rate Connect-and-View™ IP-51 Rated.
ME 102A Spring 2010 May 4, 2010 Jennifer Lew Stephen Tu.
1 Input transduction Input transduction 6. MEASUREMENT SYSTEM CHARACTERISTICS General structure of a measurement system 6. MEASUREMENT SYSTEM CHARACTERISTICS.
Product Fact Sheet DMM ½-Digit Graphical Sampling Multimeter Capturing Accuracy, Data Visualization, and Interactivity in a New Class of DMM Touch,
Some Test Result about Current Sensor
+15 V, -15 V measured through R/3R voltage divider gives ~ 6.7 V, not 10 V as expected. attributed to myDAQ-internal connections associated with grounds.
Electronic Circuits Laboratory EE462G Lab #1 Measuring Capacitance, Oscilloscopes, Function Generators, and Digital Multimeters.
8000 SERIES INTEGRATED THE INTEGRATED REFERENCE SOLUTION PRECISION DIGITAL MULTIMETERS.
MicroK Slide:1 Introducing the microK Isothermal Technology Ltd.
Instrumentation (AMME2700) 1 Instrumentation Dr. Xiaofeng Wu.
Digital Multimeter Introduction 2) DIGITAL MULTIMETER Digital multimeters offer higher accuracy and input impedance, unambiguous readings at greater viewing.
Lab Group L2Bx EECE 380 – Electrical Engineering Design Studio (Spring 2014) 1 Spectrum Analyzer Michael Halpenny-Mason, Presenter 2, Presenter 3, Presenter.
Technology & Engineering Division 1 DAQ for BNL 15 T Pulsed Magnet DATA ACQUISITION FOR PRE-OPERATIONAL TESTING OF BNL-E951 15T PUSLED MAGNET Chen-yu Gung.
Lecture: Measurement. English system: Metric system:
Investigating Sine Waves Using National Instrument’s MyDAQ Tool
Lecture I Sensors.
Lecture 2d: Performance Comparison. Quality of Measurement Characteristics of a measurement tool (timer) Accuracy: Absolute difference of a measured value.
Remote AI (Add 6 inputs/units, Max 48 inputs/recorder) VM7000A RS-485(Max 1200m) Remote AI (Max: 6 units) Recorder 12 CH Remote AI 6CH x 6units TTL: 48.
2 nd – order polynomial. 3 rd – order polynomial.
Lab I Recap Lab II Preliminary Dr. Len Trombetta 1 ECE 2100.
Analog on the Arduino int k; // integer = 16 bits k = analogRead(1); Analog volts value (0V → 5V) returns from 0 to 1023 into “k” (10 “bits” = 1024 values)
The labjack. WHAT IS A LABJACK? An interface box that allows a computer to interact with the real world by collecting data and passing out instructions.
Analyse the forces involved in uniform circular motion for a range of objects, including satellites orbiting the Earth Solve problems and analyse information.
Introduction to Sensors and Calibration Factors. Choosing a suitable recording range on a data logger Logger will have several range options: e.g. -10.
Scientific Notation & Significant Figures. Accuracy and Precision Review Precision- how close measurements are to each other (range) Accuracy- how close.
Raul Valera Teruel Pablo Fernandez Lopez 2015/09/29.
SOC Camera Performance Systematic Assessment Jin Wu 11/20/2013.
LVDT & RVDT End of World War II. Linear Variable Differential Transformer(LVDT)
1 Projectile Spectator Detector: Status and Plans A.Ivashkin (INR, Moscow) PSD performance in Be run. Problems and drawbacks. Future steps.
Electronic instrumentation Digitization of Analog Signal in TD
PCAR Precision In Practice 1 Precision In Practice Achieving the best results with precision Digital Multimeter measurements Paul Roberts Fluke Precision.
The Equations of Motion Euler angle rate equations:
Evaluate the effectiveness of the method. Independently design a practical. Outcomes Use the terms interval, range and precision correctly. Burning Splints.
Dual-Mixer Time Difference Methode This dual mixer time difference (DMTD) setup is arguably the most precise way of measuring an ensemble of clocks all.
Front End. Charge pre-amp and detector Voltage regulator. TOP side. Detector linear voltage regulator BOTTOM side. Charge pre-amp.
Precision, Accuracy and Error. Precision When measuring, most of the time our measurements are estimates. How precise are these estimates? Precision is.
MECH 373 Instrumentation and Measurements
Mrs V.S.KharoteChavan,E&Tc,PC poly
Product Presentation T12 Thermometer.
Accuracy & Precision.
Increasing Decreasing Constant Functions.
How Science Works Precision Science at SUS
Lecture 2d1: Quality of Measurements
Trig Identities A B C c a b.
EET 2259 Unit 12 Data Acquisition
Temperature coefficient
1-channel 2-channel 4-channel 8-channel 16-channel Original
Weighted Interval Scheduling
Algebra 2/Trigonometry Name: _____________________________
Comment Resolution Summary Letter Ballot 1 Category: RCPI
Weighted Interval Scheduling
Accuracy and Precision
1.1 Measurements A measurement is a determination of the amount of something. A measurement has two parts: a number value and a unit.
Signal Detection & Processing
Characteristics.
Characteristics.
Algebra 2/Trigonometry Name: _____________________________
Uncertainty in measurement
Presentation transcript:

This is what it would look like if the two ranges had the same noise level (same precision interval) but different resolutions.

This is what most groups’ results looked like.

ai0 DMM Comparing accuracy, precision, resolution of two voltage-measurement channels on the myDAQ L11_Ex2.viL11_Ex1.vi range: ±200 mV range: ±2 V

ai0 DMM Comparing accuracy, precision, resolution of two voltage-measurement channels on the myDAQ L11_Ex2.viL11_Ex1.vi range: ±200 mV range: ±2 V

DMM Comparing accuracy, precision, resolution of two voltage-measurement channels on the myDAQ L11_Ex1.vi range: ±200 mV

ai0 Comparing accuracy, precision, resolution of two voltage-measurement channels on the myDAQ L11_Ex2.vi range: ±2 V