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Part 1: Electric Circuit Theory and Analysis |
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January
8 |
Lecture:
Introduction; Chapter 2: Ohm's law, KVL, KCL |
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January
10 |
Lecture:
Chapter 2:
Read all Examples (2.1-2.14) |
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January 13 |
Lab: Introduction to Lab:
General Instructions;
Introductory Session;
Introductory 2 |
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January
15 |
Lecture: Chapter 3
(Read Examples: 3.5)
Nodal and mesh analysis |
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January
17 |
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 20 |
Lab 1 (Simulation: Multisim and Hands-on) Experiment 1:
Simulation
Exercises Using MULTISIM.
Part 1
Simulation
Exercises Using MULTISIM.
Part 2 |
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| January 22 |
Lecture: Introduction to AC Circuit
Analysis |
| January 24 |
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) |
| January 27 |
Lab 1 (Repeating) Experiment 1 |
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| January 29 |
Lecture: (Examples 4.14;4.16;4.17;4.18;4.20);
Tutorials 1;
2 (4.54; 4.55; 4.56; 4.57;4.60)
(Bonus Test) |
| February 31 |
Lecture: Transient Analysis (Sections:5.1-5.4); Example: 5.8;
Activity on Charging AC Circuit |
| February 3 |
Lab 2: (Hands-on): Experiment 2 (Multisim work should be
submitted);
Introduction to Lab 2 |
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| February 5 |
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 7 |
Bonus Test 1; Solve: 4.56; 4.57;
7.28; 7.31); Fifth Edition of Rizzoni (Solutions) |
| February 10 |
Lab 2: Finishing Experiment 3
Submission of project proposal: Title, Names, Description of
Idea, Required diagram(s); and brief design. |
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| February 12 |
Lecture:
Chapter 7: Transformer (Transformer) (Power Systems) |
| February 14 |
Midterm 1: Chapters
2, 3, 4 (P4.56; 4.57), and 7 (Examples 7.1-7.11). |
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Lab Project Themes
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 |
| February 25 |
Discussion of Project Requirements |
| 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; Initial Project Progress |
| March 4 |
Examples 18.2
and 18.4;
Define Faradays Law and Lorentz
Law; Draw Electromechanical Models of DC Motors;
Example 19.6. |
| March 6 |
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 9 |
Lab: Project Progress 1 |
| March 11 |
Synchronous
Machines: Chapter 19 (19.5-19.6) (Examples
19.10-19.11) Synchronous
Machines;
Synchronous motors;
The AC Generator: |
| March 13 |
Invited
Speaker |
| March 16 |
Lab: Project Progress
2 |
| March 18 |
Case Study (Midterm
2); Tutorial on Synchronous Machines
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| March 20 |
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 23 |
Lab: Project Progress |
| March 25 |
Tutorial on Induction Machines |
| March 27 |
Test 2 (Examples 19.6; 19.7; 19.8;
19.10; 19.11; 19.12; 19.13. See the
Tutorial |
| March 30 |
Lab: Project
Progress |
| April 1 |
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 3 |
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 6 |
Project Design Demonstration
ulation using SIMULINK; (Tutorial:
SIMULINK) |
| April 8 |
Project Design Demonstration
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| April 10 |
Project Design Demonstration
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| April 13 |
Review for the Final Exam |
