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Part 1: Electric Circuit Theory and Analysis |
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January 14 |
Lecture:
Introduction; Chapter 2: Ohm's law, KVL, KCL |
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January 16 |
Lecture:
Chapter 2:
Read all Examples (2.1-2.14) |
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January 19 |
Lab: Make Lab
Teams (3 Students, Each):
General Instructions;
Introductory Session;
Introductory 2 |
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January
21 |
Lecture: Chapter 3
(Read Examples: 3.5)
Nodal and mesh analysis |
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January
23 |
Lecture:
Solving Problems: 2.32; 2.52; 2.59; 2.66; 2.75;
3.1; 3.3; 3.4; 3.7 |
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January 26 |
Lab 1 (Simulation: Multisim and Hands-on) Experiment 1:
Multisim work should be submitted
Simulation
Exercises Using MULTISIM.
Part 1
Simulation
Exercises Using MULTISIM.
Part 2 |
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| January 28 |
Lecture: Tutorial on KCL and KVL |
| January 30 |
Test 1 (5%): Chapter 2 and 3;
Examples: 2.1-2.14; 3.6; 3.8; 3.10; Problems: 3.7
(-0.5A, -0.5A); 3.9 (-45.53V, -48.69V, 1.31V, 491mA); 3.11
(3.75A); 3.18 (3.89V); 3.26 (8.89V) |
| February 2 |
Lab 1 (Repeating) Experiment 1; You may start Experiment 2 |
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| February 4 |
Lecture: AC Circuits; (Examples 4.14;4.16;4.17;4.18;4.20);
Tutorials 1;
2 (4.54; 4.55; 4.56; 4.57;4.60) |
| February 6 |
Lecture:
Activity on Charging AC Circuit; Solve:
4.56; 4.57; 7.28; 7.31); Fifth Edition of Rizzoni (Solutions); |
| February 9 |
Lab 2: Submission of Lab Report 1; (Hands-on): Experiment 2; Introduction to Lab 2 |
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| February 11 |
Lecture: AC Power (7.1, 7.2)
Chapter 7 ; Examples: 7.1-7.11:
Activity on Apparent Power;
Activity on Complex Power;
Activity on Power Factor |
| February 13 |
Midterm 1: Chapters 2, 3, 4 (P4.56;
4.57), and 7 (Examples 7.1-7.11). |
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Lab Project Themes
The same lab team (3 students only) will continue working for the lab
project!
The project can be extended along two semesters (ELG2336 + ELG3336)!
The following themes are proposed, however teams are free to adopt any
other project of interest!
EcoCAR:
uOttawa Supermileage
Join the existing team: Two groups of students will be accepted! If
interested contact me!
EcoCAR:
Power Management System
The main objective of this project theme is to
demonstrate experimentally that the combination of batteries and
ultracapacitors (UCAPs) can solve the lack of
specific power, allowing an enhanced performance in both acceleration
and regenerative braking in an electric vehicle.
Deadline to send first proposal: January 25, 2015.
Look for this article: High
performance all-carbon thin film supercapacitors
BioMedEng:
Thermal Therapy Management System for Heart Failure
The main technical challenge of this project is to
design a controllable (using Arduino) device that supplies heat and cold
to the chest of a patient using light, small size, flexible shape; no
moving parts and circulating liquids.
You may read about
Thermoelectric cooling
Deadline to send first proposal: January 25, 2015.
BioMedEng:
Saint-Vincent Collaboration Projects
High-tech, high smarts — Saint-Vincent
pair cobbles cheap ways to help disabled
reach out
Play and Learn: Open!
G9 to Engineering
Deadline to send final proposal for all projects: February 9,
2015
Visit the Faculty's
MakerSpace
Learn Circuit Theory Online
See Examples of Student Projects at
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| Part 2: Electric Machines |
| February 23 |
Lab 3: (Hands-on): Experiment 3;
Preparation;
Submission of Lab Report 2 |
| February 25 |
Engineering Design: Important Instruction for Projects |
| February 27 |
Chapter 18 (Magnetic
Circuits): 18.1; 18.2; 18.5; Examples: 18.2; 18.3; 18.4;
18.7 |
| March 2 |
Lab 3: (Hands-on): Experiment 3 |
| March 4 |
Case Study (Midterm
2)
Examples 18.2
and 18.4;
Define Faradays Law and Lorentz
Law; Draw Electromechanical Models of DC Motors;
Example 19.6. |
| March 6 |
Tutorial on
Magnetic
Circuits |
| March 9 |
Lab: Design Phase |
| March 11 |
DC Machines: Read Examples 19.1-19.7
Armature reaction;
Basic DC motor construction;
Fundamental DC motor;
The DC motor;
Series motor;
Shunt motor; Example 19.6;
Example 19.7; Example 19.8. |
| March 13 |
DC Machines: Read Examples 19.1-19.7
Armature reaction;
Basic DC motor construction;
Fundamental DC motor;
The DC motor;
Series motor;
Shunt motor; Example 19.6;
Example 19.7; Example 19.8. |
| March 16 |
Lab: Design Phase |
| March 18 |
Invited Talk: Transformers: Types,
Construction, and Coordination with Switchgears. Speaker: Milad
Tannous, Spectrum Power Systems. |
| March 20 |
AC Three Phase
System: Star and Delta Configuration
AC Synchronous
Machines: Chapter 19 (19.5-19.6) (Examples
19.10-19.11):
The AC Generator;
Synchronous motors |
| March 23 |
Lab: Project Progress |
| March 25 |
Tutorial on DC and
Synchronous Machines |
| March 27 |
Induction
Machines: Chapter 19 (19.8):
Induction Machines Ch17;
Induction motor slip;
Stator field;
The wound rotor motor;
Torque of induction motor;
Induction Machines Ch17
Electric Utility
Ch18 |
| March 30 |
Lab: Project
Progress |
| April 1 |
Submission of
Case Study |
| April 3 |
Good Friday! |
| April 6 |
Easter Holiday! No Lab |
| April 8 |
Test 2 (Examples 19.6; 19.7; 19.8;
19.10; 19.11; 19.12; 19.13. See the
Tutorial |
| April 10 |
Chapter 20 (20.1, 20.2, 20.4, 20.5) (No Examples);
Motor Selection Criteria (Problem 20.30)
Special Motors;
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| April 13 |
Lab: Project Design
Demonstration (Use may use power point slides in the lab) (10 marks) |
| April 25 |
10:00: Project Design Poster
Exhibition and Competition (10 marks): SITE Cafeteria
Use
36" * 48" Presentation Display Board |
| April 25 |
14:00:Final Exam |
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Grade Progressing; (Tutorial:
SIMULINK) (Solution) |
