Site Accessibility Statement
Wilfrid Laurier University Faculty of Science
Tuesday, 09-Feb-2010 01:08:56 EST
 

 
library search
Canadian Excellence

This page is being updated for Fall 2009.


This is the Physics/Computing 300 Lab page, prepared by Terry Sturtevant.
Page last updated Wednesday November 11, 2009
**Items marked this way are not final.**

Faculty of Science general regulations

About this course ...

    [ September 11, 2009 ]

Links to useful resources

    [ October 1, 2008 ]

Outlines for Lectures


Material indicated like this has not been revised for this year.--TS.
Introduction

Design Project

Course Material

Week of ... Lab / Lecture Reference Material
[white background indicates required reading;
gray background indicates optional reading]

Lecture: (1) About this course, (2) Introduction, (3) Operational Amplifiers

Sept. 14

Text: Appendix A Op amp Basics

Op Amps for Everyone: Design Reference
[PDF 464pp; Ron Mancini,Texas Instruments, Aug. 2002]
Resistors [from PC200]
Resistor colour code: 4, 5, 6 band
[JPG; T. May, University of Colorado]


Lecture: Operational Amplifier Dynamic Response
Applications: Glass breakage monitor, X Ray Imaging [National Semiconductor, 2005]

Sept. 21

Understanding and Interpreting Standard-Logic Data Sheets
[PDF 68pp, S. M. Nolan and J. M. Soltero, Texas Instruments, May 2003]


Lecture: Inductive Output Transducers
Applications: Starter Motor [V. Samarin, 2005]

Sept. 28 Text: Ch 6 Solenoids, Relays, and Other Analog Outputs
Text: Ch 7 Motors
Solenoid Catalog [ © 1999, 2000 Magnetic Sensor Systems ]
Actuators and Drives [ F. W. Frank Liou, The University of Missouri-Rolla]

Lecture: Resistive Sensors and Signal Conditioning
Application: Medical Sensor [National Semiconductor, 2005]

Oct. 5

Text: Ch 3 Sensors
- read the resistive sensor sections: (1) Thermistors, (2) RTDs, (3) Strain Gauges; note the use of voltage-dividers, Wheatstone bridges and op-amps


Sensors and Signal Conditioning Overview  [ September 23, 2009 ]

Lecture: Controlling Output Transducers
Oct. 12

Text: Ch 11 Analog Toolbox - AC Control section (only in 2nd edition)

SSRs Technical Information [PDF 8pp; © Copyright Matsushita Electric Works, Ltd.]
Solid State Relays [PDF 5pp; Vishay, 2001]
Text: Ch 3 Sensors - Optical Isolators
Exploring optical and magnetic sensors [Stuart Ball, Courtesy of Embedded Systems Programming 2003 ]
Analog Optical Isolators VACTROLS® [©1998-2004. PerkinElmer, Inc.]

Lecture: Signal Conditioning
Application: US Patent 4245309
Microprocessor based control circuit for washing appliances with diagnostic system

Oct. 19 Text: Ch 6 Solenoids, Relays, and Other Analog Outputs - relays, optoisolators, analog switches
Text: Ch 3 Sensors - Optical Isolators
Text: Ch 11 Analog Toolbox - MOSFETs

Lecture : Analog to Digital and Digital to Analog Conversion
Applications: Blood Analyzer, Slot Machine [National Semiconductor, 2005]

Oct. 26

Text:
Ch 2 Digital-to-Analog Converters, 1st ed
Ch 2 Analog-to-Digital Converters, 2nd ed
- only the title has been changed; content is essentially the same

ADC and DAC Glossary [HTML; PDF] [Dallas Semiconductor, 2000]


Lecture: Other Sensors and Project Introduction
Nov. 2 Text: Chapter 3 Sensors - remainder of chapter.
Text: Chapter 4 Time-Based Measurements

Lecture: ESD and Decoupling Capacitors
Nov. 9
  • Project: Review progress and schedule with lab instructor.
  • Sign-off required.
  • suggest that you get the motor control working first
Text: Chapter 8 EMI
Basic Circuits - Bypass Capacitors [K. Ross, Seattle Robotics Society, 1997]
Circuit Integrity - Bypassing [© 2002 Williamson Labs]
Circuit Integrity - Decoupling [© 2001 Williamson Labs]
     
Friday Nov. 13 by 1:30pm Deliverable: Preliminary version of Design Specification, Block Diagram, and Schedule submitted as hard copy (one per group). Submission should be written up formally; copying rough work from lab notebook not sufficient. Component Inventory
Servo Operation and Calibration
LM7805 Voltage regulator
LM7805 Voltage regulator datasheet (includes TAB package)

Lecture: - project lab time -
Nov. 16
  • Project: Review progress and schedule with lab instructor.
  • Sign-off required.
Text: Chapter 5 Output Control Methods

Lecture: - project lab time -
Nov. 23
  • Project: Review progress and schedule with lab instructor.
  • Sign-off required.
 

Lecture: - project lab time -
Nov. 30 project demonstration in lab -- Dec. 3
Deliverable: Demonstrate project prototype
   

Lecture: - project lab time - Lecture: course evaluation
Dec. 7  
Monday Dec. 7 by 4:30pm Deliverable: Project Documentation
(zip and email to course instructor)
 

 

Valid XHTML 1.0 Strict

Valid CSS!