Transmission Lines: Design, Analysis and Applications

1. Understand transmission line design and its application 2. Examine different types of conductors and electrical characteristics 3. Explore basic and general transmission line parameters 4. Prevent overvoltage through insulation design 5. Determine surge impedance and corona effects 6. Calculate and measure electric and magnetic fields 7. Comprehend the impact of audible noise and electromagnetic interference 8. Identify interference within the transmission line systems

1. Module 1: Transmission Systems 2. Module 2: Electrical Characteristics of Conductor Configurations and Circuits 3. Module 3: Insulation Design 4. Module 4: Lighting and Grounding 5. Module 5: Electric and Magnetic Fields 6. Module 5: Electric and Magnetic Fields 7. Module 6: Corona and Gap Discharge Phenomena 8. Module 7: Electromagnetic Interference 9. Module 8: Audible Noise 10. Module 9: Corona Loss and Ozone 11. Module 10: Shared Use of the Right-of-Way 12. Module 11: Transmission Line: Power Analysis and Protection 13. Module 12: Considerations for Inspection and Maintainability 14. Module 13: Transmission Lines Above 700 kV