Phasor concept lecture 2
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The document contains 17 lecture notes sections by Dr. R.M. Larik covering various electrical engineering topics related to phasors, waveforms, transformer connections, power calculations, and phasor diagrams. The topics include phasor concepts, sine and cosine waves, resistor, inductor and capacitor behavior, power triangles, active and reactive power, delta and wye connections, and current and voltage phasor diagrams for different transformer configurations.
Phasor concept lecture 2
- 1. Phasor Concept Lecture Notes by Dr.R.M.Larik 1
- 2. Lecture Notes by Dr.R.M.Larik 2
- 3. Wye Delta and Delta Wye Transformations Lecture Notes by Dr.R.M.Larik 3
- 4. Wave forms sine and cosine Lecture Notes by Dr.R.M.Larik 4
- 5. Waveforms Sinusoidal Lecture Notes by Dr.R.M.Larik 5
- 6. Both Sine and Cosine wave Lecture Notes by Dr.R.M.Larik 6
- 7. Resistor, Inductor and capacitor behaviour Lecture Notes by Dr.R.M.Larik 7
- 8. Power wave form Lecture Notes by Dr.R.M.Larik 8
- 9. Power Triangle Lecture Notes by Dr.R.M.Larik 9
- 10. Active and Reactive Power Lecture Notes by Dr.R.M.Larik 10
- 11. Delta Delta Connection Lecture Notes by Dr.R.M.Larik 11
- 12. Delta connection with current phasors Lecture Notes by Dr.R.M.Larik 12
- 13. Delta connection with current phasors Lecture Notes by Dr.R.M.Larik 13
- 14. Wye Connection Voltage Phasors Lecture Notes by Dr.R.M.Larik 14
- 15. Phasor Diagrams Star Connection Lecture Notes by Dr.R.M.Larik 15
- 16. Phasor Diagram Delta Delta Lecture Notes by Dr.R.M.Larik 16
- 17. Phasor Diagram delta(Current phasor) star (Voltage Phasor) Lecture Notes by Dr.R.M.Larik 17