|
Course Schedules |
Week |
Contents |
Learning Methods |
1. Week |
Content and Industrial Applications of Power Electronics |
digital learning |
2. Week |
The Structure of the Control and Protection System and Lineer Power Supply; Power supplies with zener diode and voltage regulator |
digital learning |
3. Week |
Signal Description and Signal Generators |
digital learning |
4. Week |
Operation Principles and Properties of Diode and SCR |
digital learning |
5. Week |
Operation Principles and Properties of BJT and MOSFE |
digital learning |
6. Week |
Operation Principles and Properties of BJT and MOSFE |
digital learning |
7. Week |
Operation Principles and Properties of Triac, GTO, MCT and IGBT |
digital learning |
8. Week |
Midterm Exam |
Short exam and Problem set |
9. Week |
Introduction to AC-DC Converters (Rectifiers): Phase Control Method, Half wave,Full Wave and Two Phases Description, Positive and Negative Sequence or Element Definition |
digital learning |
10. Week |
Application Block Schemes, Single and Three-Phase Voltage Concept |
digital learning |
11. Week |
Analysis of Controlled AC-DC Converters: Two-Phase Half Wave and Full Wave Controlled Rectifiers |
digital learning |
12. Week |
Generalized Analysis of AC-DC Converters and Effects of AC-DC Converters on AC Mains: Control Pattern, Output Voltage and Opreration Zones, Voltage and Current of a Power Device, Current Components and Total Harmonic Distortion Definitions, Displacement and Power Factor Definitions due to Fundamental Current, Power Expressions, Power Circle diagram |
digital learning |
13. Week |
Introduction to AC-AC Converters (AC Choppers) and Single Phase AC-AC Converters: Basic Single Phase and Other AC Choppers Operation Principles, Properties and Types of AC-AC Converters (AC Choppers) |
digital learning |
14. Week |
Analysis of Three Phase AC-AC Converters |
digital learning |
15. Week |
Generalized Analysis of AC-DC Converters and Effects of AC-AC Converters on AC Mains: Control Pattern, Output Voltage and Operation Zones, Voltage and Current of a Power Device |
digital learning |
16. Week |
Final Exam |
Short exam and Problem set |
17. Week |
|
|