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EE 332: Electric Machine Lab
Weekly Plan
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Subject |
Week # |
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AC Machinery Fundamentals
- Induced Voltage in AC Machines
- Induced Torque in an AC Machine
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1 |
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AC Machine Power Flows and Losses
à Voltage Regulation and Speed Regulation
Synchronous Generators
à Synchronous Generator Construction
à The Speed of Rotation of a Synchronous Generator
The Internal Generated Voltage of a Synchronous Generator |
2 |
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o The Equivalent Circuit of a Synchronous Generator
o The Phasor Diagram of a Synchronous Generator
o Power and Torque in Synchronous Generators
o Measuring Synchronous Generator Model Parameters |
3 |
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o The Synchronous Generator Operating Alone
o Parallel Operation of AC Generators |
4 |
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o Synchronous Generator Transients
Synchronous Generator Ratings |
5 |
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Synchronous Motors
o Basic Principles of Motor Operation
o Steady State Synchronous Motor Operation |
6 |
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o Starting Synchronous Motors
o Synchronous Generators and Synchronous Motors |
7 |
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o Synchronous Motor Ratings
o Problems on Synchronous Motors |
8 |
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DC Machinery Fundamentals
o Simple Rotating Loop Between Curved Pole Faces
o Commutation in a Simple Four Loop DC Machine
o Commutation AND armature Construction in Real DC Machines
Problems with Commutation in Real Machines |
9 |
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o Internal Voltage and Induced Torque
o Construction of DC Machine
o Power Flow and Losses in DC Machine |
10 |
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DC Motors and Generators
- Introduction to DC Motors
- The Equivalent Circuit of a DC Machine
- The Magnetization Curve of a DC Machine
- Separately Excited and Shunt DC Motors
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11 |
- The Permanent Magnet DC Motor
- The Series DC Motor
- DC Motor Efficiency Calculations
- Introduction to DC Generators
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12 |
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o Separately Excited DC Generator
o Shunt Excited DC Generator |
13 | |
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