LEC #  TOPICS  KEY DATES 

1  Introduction, Morphology, Field Description of Forces  Assigned: Problem set 1 
2  Energy Conversion, Forces (POVW)  Assigned: Problem set 2 
3  Synchronous Machines (Round Rotor), Magnetic Circuits  Due: Problem set 1 
4  Transformers, Materials, Machine Size, Power Density, Surface Current View  Assigned: Problem set 3 
5  Classical Synchronous Machine Theory: Sizing and Rating  
6  Two Reaction Theory: Park’s Transform 
Assigned: Problem set 4 Due: Problem set 2 
7  Park’s Transform and Implications  Due: Problem set 3 
8  Windings and AirGap Fields  Assigned: Problem set 5 
9  Induced Currents: Eddy Currents, Linear Induction Machine Model  Due: Problem set 4 
10  Induction Machines: Transformer Model  
11  TorqueSpeed, Squirrel Cage Machines 
Assigned: Problem set 6 Due: Problem set 5 
12  DC Machines: Faraday’s Law 
Assigned: Problem set 7 Due: Problem set 6 
13  Variable Reluctance Machine Principles  Assigned: Problem set 8 
14  Synchronous Machine Dynamics  Due: Problem set 7 
15  PerUnit Systems  Assigned: Problem set 9 
16  Simulation of Synchronous Machines  Due: Problem set 8 
Quiz 1 (covers problem sets 1–7)  
17  Induction Motor Drives and Control 
Assigned: Problem set 10 Due: Problem set 9 
18  Doubly Fed Induction Machines  Assigned: Problem set 11 
19  Single Phase Induction Motors  Due: Problem set 10 
20  Permanent Magnets in Machine Systems  
21  Brushless DC Motors  Due: Problem set 11 
22  MST and Poynting (again)  
Quiz 2 (covers problem sets 8–10)  
23  Special Topics  
24  Wrapup  
Final Exam 
Calendar
Instructor:  
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As Taught In:  Fall 2013 
Level: 
Graduate

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