ELG 3336      Electronics for Mechanical Engineering

Office Hours: Monday (12:00-14:00)

 

 

Course Outline
 

Textbook: Principles and Applications of Electrical Engineering (Giorgio Rizzoni, Fourth Edition, McGraw-Hill)

 

Course Progressing

Sep 10

Introduction to the course

Sep 14

Chapter 8

Sep 15 DGD
Sep17

8.2 (Lecture 1)

Sep 21

8.2 (Lecture 1 Appendix) 8.3 (Filters)

Sep 22

DGD

Sep 24

8.4, 8.5 including offset voltage based on Lecture Notes

Sep28 Quiz 1;  Problems that help (8.52, 8.57, 8.75; 8.77; 8.79; 8.81; 8.85)
Sep 29

Chapter 9: (Lecture 2); Basic operation of a diode

Oct 1

Project Proposal Presentations: 2 min per group

Oct 5

Chapter 10 (Lecture 3)   Chapter 10         Chapter 10; Active region operation of transistor; The transistor switch; Lecture 4

Oct 6

DGD

Oct 8

Chapter 13 (13.1; 13.2; 13.3) Lecture 6   Quiz 2

Oct 12

University Day (Lego Competition)

Oct 13 DGD (Introduction to Lab 3 and 4)
Oct 15

Chapter 13 (13.4, 13.5, 13.6) (Lecture 10)

Oct 19

Chapter 13 (13.4, 13.5, 13.6) (Lecture 10)

Oct 20 DGD
Oct 22

Chapter 14: Introduction (Lecture 7)

Digital circuit devices

 

BCD to7-segment decoder

Binary counters

Multiplexers

Demultiplexers

 

Chapter 15: Introduction to Instrumentation (Lecture 12)

Comparators

  Chapter 15: Analog-to-Digital and Digital-to-Analog Converters Lecture 14
 

Chapter 15: Analog-to-Digital and Digital-to-Analog Converters Lecture 14

 

555 Timer; The Schmitt Trigger; Isolators; Lecture 11 (Power Electronics)

 

Instrumentation

Chapter 12: 12.1; 12.2; 12.5 (Lecture 11)

Chapter 15: Comparators; Design Examples: Digital Tachometer;

Case study on design for noise immunity

 

Case study on design of data acquisition system

 

The 741 Op-Amp Circuit (Lecture 16)

 

Review

  Project Presentations
 

Project Presentations

  Project Presentations
  Project Presentations
  Project Demonstrations

 

Additional Lecture Notes

Lecture 1        Lecture 1 Appendix

Lecture 2        Lecture 2: Appendix

Lecture 3

Lecture 4

Lecture 5

Lecture 6

Lecture 7

Lecture 8

Lecture 9

Lecture 10

Lecture 11

Lecture 12

Lecture 13

Lecture 14







 

Design Examples

Op Amp and Diodes

Digital Tachometer

Instrumentation

 

Tutorial

Chapter  8

Chapter 9

Chapter 10

Chapter 10

Chapter13

Chapter14

Chapter15

General


Times and Locations

Section

Activity

Time

Location

ELG3331

Lecture 1

Tuesday (11:30-13:00)

Louis Pasteur (LPR) 155

ELG3331

Lecture 2

Friday(13:00-14:30)

LPR 155

ELG3331

DGD

Wednesday 8:00-10:00

FTX133

ELG3331

Lab1

Thursday (16:00 - 17:30)

CBY B302

ELG3331 Lab2 Monday (11:30 - 13:00) CBY B302

ELG3331

Lab3

Thursday (14:30 - 16:00)

CBY B302

 

Lab
TA: Mohammad Upal Mahfuz
: MMAHF050@uottawa.ca
TA: Majid Naji:  MNAJI077@uottawa.ca

TA: Shahrooz Asadi: SASAD063@uottawa.ca

 

Simulation Exercises Using MULTISIM. Part 1

Simulation Exercises Using MULTISIM. Part 2

Lab1

Lab2

Lab3

Lab4

Lab5: Part 1     Part2

 

Lab1 (Hands-on)

 

Lab1 (MULTISIM)

 

Lab2 (Hands-on)

 

Lab2 (MULTISIM)

 

Lab3 (Hands-on)

 

Lab3 (MULTISIM)

 

Lab4 (Hands-on)

 

Mechatronics Projects

Activity Date Mark
15 minute presentation. As shown in course progressing 5 marks
Lab work and functional project. To be decided! 10 marks
One-page description (Word format) including a photo sent by email. Second week of December 5 marks
Turning the project into a product including product documents such as specifications and instructions of operation (digital format, poster, etc). Consult your teacher for further information. Third week of December Bonus marks!

 

Assignments

Assignment 1                  

Assignment 2    

Assignment 3              

Assignment 4      

1

Course Assessment

Midterm: 20%

Final: 40%

Lab: 10%

Quizzes: 10%

Project: 20%

 

Grade Progressing


 

GP