Electronics: Principles and Applications (Instrumentation Labs)

Slides:

Advertisements

Similar presentations

Introduction to the Oscilloscope Professor Ahmadi ECE 002.

Advertisements

1 Cathode Ray Oscilloscope Introduction Look and play Read instructions Break into smaller parts Decide on a simple measurement Increase your level of.

This lesson covers the following outcomes Unit 54 P1, P7, P8 Unit 6 P10, P11.

Introduction 1st semester King Saud University

PRINCIPLES OF MEASUREMENT AND INSTRUMENTATION EKT 112

Time Varying Signals.

1 Lab Equipment. 2 TopicSlides DC Power Supply3-4 Digital Multimeter5-8 Function Generator9-12 Scope – basic controls13-20 Scope – cursors21-24 Scope.

1 Lab #9 AC Circuits Activity #1 – Simulating a Low Pass Circuit Activity #2 – Building & Testing a Low Pass Circuit Activity #3 – Comparison of 3 methods.

The Oscilloscope: Basic Features & Functions  Source –Determines which signal is compared to the trigger settings.  Level –Determines where on the edge.

McGraw-Hill © 2008 The McGraw-Hill Companies Inc. All rights reserved. Electronics Principles & Applications Seventh Edition Chapter 4 Power Supplies.

The Function Generator and the Oscilloscope Dr. Len Trombetta 1 ECE 2100.

 Popular instrument to show time, voltage both DC and AC. Shows Volts / Time.  Display waveforms. Spectrum scope shows volts to Frequency  Cathode (-ve.

The Oscilloscope shows voltage, Waveforms, & Phase shifts

Introduction to the Oscilloscope Professor Ahmadi ECE002 George Washington University.

McGraw-Hill © 2008 The McGraw-Hill Companies Inc. All rights reserved. Electronics Principles & Applications Seventh Edition Chapter 8 Large-Signal Amplifiers.

CHAPTER 9 Oscilloscopes and Graphing Multimeters

Waveform 2.1 Basic Digital Waveforms 2 Measurement Paul Godin Updated October 2009.

1 Cathode Ray Oscilloscope Introduction Look and play Look and play Read instructions Read instructions Break into smaller parts Break into smaller parts.

Oscilloscopes: 2 TYPES, ANALOG,DIGITIAL SEE APPENDIX i ANALOG: DIRECTLY APPLIES THE VOLTAGE BEING MEASURED TO AN ELECTRON BEAM WHICH MOVES UP, DOWN AND.

TDS 210 BASIC INSTRUCTIONS. Measure 1. Push the MEASURE button to access the automated measurement. 2. capabilities. There are five measurements available.

The Cathode Ray Oscilloscope

Laboratory Equipment 1 st semester King Saud University College of Applied studies and Community Service 1302CT By: Nour Alhariqi.

Project Work 1Lecture LECTURE 4 Repetitive signals Time varying signals e.g. RS-232 signals Oscilloscope.

© 2013 The McGraw-Hill Companies, Inc. All rights reserved. McGraw-Hill 8-1 Electronics Principles & Applications Eighth Edition Chapter 8 Large-Signal.

© 2013 The McGraw-Hill Companies, Inc. All rights reserved. McGraw-Hill 6-1 Electronics Principles & Applications Eighth Edition Chapter 6 Introduction.

Introduction to the Oscilloscope

S.SESHA PHANINDHRA 12705A0425 II BTECH ECE-B

1 Chelmsford Amateur Radio Society Advanced Licence Course Anthony Martin M1FDE Slide Set 23: v1.0, 13-Oct-2004 (10) Measurements-3 - Oscilloscopes Chelmsford.

Electronics: Principles and Applications Eighth Edition (Instrumentation Labs) Charles A. Schuler Lab 2 Introduction to the Oscilloscope McGraw-Hill©2013.

© John Parkinson 1 The Cathode Ray Oscilloscope 2 THE CATHODE RAY OSCILLOSCOPE X DEFLECTION PLATES Y DEFLECTION PLATES Electron Beam Vacuum Fluorescent.

Introduction to the Oscilloscope Professor Ahmadi ECE 002.

Velleman Oscilloscope: Windows 7 by Mr. David Fritz.

AC Measurements Topics covered in this presentation:

© 2013 The McGraw-Hill Companies, Inc. All rights reserved. McGraw-Hill 8-1 Electronics Principles & Applications Eighth Edition Chapter 8 Large-Signal.

Electronics: Principles and Applications (Instrumentation Labs)

Electronic workshop Dr. Imtiaz Hussain URL :

The University of Texas at Arlington Electrical Engineering Department

Lecture 5: DMM & Oscilloscope 1. DMM can be used to measure: DC & AC voltages – current - resistance - BJT (β test) - diode test - short circuit test,

20-Jan-16 cathode ray oscilloscope. 20-Jan-16 tube photograph.

Alternating Current and Voltage

© 2011 Pearson Education, Inc. All Rights Reserved Automotive Technology, Fifth Edition James Halderman OSCILLOSCOPES AND GRAPHING MULTIMETERS 43.

The Function Generator and the Oscilloscope Dr. Len Trombetta and Dr. Dave Shattuck 1 ECE 2100.

Residential Audio & Video Systems Copyright © 2005 Heathkit Company, Inc. All Rights Reserved Presentation 5 - Using the Oscilloscope.

Residential Cabling Technologies Copyright © 2005 Heathkit Company, Inc. All Rights Reserved Electrical Measurements.

Cathode Ray Oscilloscope Introduction

Cathode Ray Oscilloscope Introduction

ELECTRONIC DEVICES AND CIRCUITS

Electronics: Principles and Applications (Instrumentation Labs)

(5) DMM & Oscilloscope.

cathode ray oscilloscope

Electronics: Principles and Applications Eighth Edition

Oscilloscopes and Graphing Multimeters

Cathode Ray Oscilloscope Introduction

Principles & Applications

Introduction to the Oscilloscope

Electronics: Principles and Applications Eighth Edition

Analog and Digital Signals

Oscilloscopes HP 54600B Digital Oscilloscope Alex Jones COE 0501.

Analog and Digital Signals

Analog & Digital Signals

Analog & Digital Signals

Cfe Higher Physics Unit 3.1 Alternating Current and Voltage.

Electrical Energy Sources

Lab 8 Induction to Oscilloscope

Oscilloscopes Jacob Centner PHYS 3650.

Oscilloscopes Oscilloscopes can be used for Measuring DC voltages

Oscilloscopes and Graphing Multimeters

Automotive Technology Principles, Diagnosis, and Service

The Cathode Ray Oscilloscope

Introduction to the Oscilloscope Engr. Annalyn soria Lecturer.

Presentation transcript:

Electronics: Principles and Applications (Instrumentation Labs) Eighth Edition (Instrumentation Labs) Charles A. Schuler Lab 2 Introduction to the Oscilloscope McGraw-Hill ©2013 by The McGraw-Hill Companies, Inc. All rights reserved

Triggering Triggering Triggering Triggering Time/Division Oscilloscope Basics Triggering Triggering Triggering Triggering Time/Division Time/Division Time/Division Time/Division Volts/Division Volts/Division Volts/Division Volts/Division Volts/Division Vertical Position Vertical Position Vertical Position Vertical Position Channel 1 input Channel 1 input Channel 1 input Channel 1 input Power On/Off Power On/Off Power On/Off

Oscilloscope Settings 5 Div 4 Div A typical display with correct settings: Multiply 4 Div x Volts/Div to obtain the peak-to-peak amplitude. Multiply 5 Div x Time/Div to obtain the period.

Oscilloscope Settings Blank display can be caused by: no valid trigger, position error, intensity (or brightness) turned off, and other errors depending on oscilloscope model. Volts/Division error (poor resolution) Volts/Division error (overrange) Vertical Position error Time/Div error (too many cycles displayed) Trigger level set at 0 volts Time/Div error (only a part of one cycle displayed) Trigger level set positive Trigger level set negative

Oscilloscope Settings When is ac coupling used? ac Here is ac ripple riding on a dc signal. To see it better, choose ac coupling and then decrease the Volts/Div setting (this increases vertical sensitivity).

Oscilloscope Settings If a waveform moves on the screen: Check the trigger source, trigger level, trigger mode, trigger slope, and the trigger coupling. An example of a common error: the trigger source is set for Channel 2 but the input signal is fed to Channel 1.

Oscilloscope Quiz The Volts/Div control is set at 100 mV/Div. What is the peak-to-peak amplitude of this signal? 800 mVP-P Using the above, what is the RMS value of this signal? 283 mV The Time/Div control is set at 50 ms/Div. What is the period of this signal? 250 ms Using the above, what is the frequency of this signal? 4 Hz

Oscilloscope Quiz The Volts/Div control is set at 1V/Div. What is the dc amplitude of this signal? -3V 0 V Using the above, what will be displayed if the Volts/Div control is changed to 500 mV/Div? Blank screen Using the above, what will be displayed if the coupling is changed to ac? The waveform will move to the vertical center What does ac coupling do to the dc component of a signal? Removes it

Oscilloscope Quiz What can cause the displayed waveform to move on the screen? No valid trigger