- Vs 313 V 1 (79.74 KiB) Viewed 13 times
Vs = 313 v
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answerhappygod
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Vs = 313 v
Vs = 313 v
Question 2 - Unit 2 [29] The adjacent controlled rectifier has the following parameters: R = 5.202, L = ∞ and a firing delay angle of a = 60°. Obtain your individual parameter Vs (APPENDIX A) and determine, 3. the average load voltage; (3) 4. the average load current; (1) 5. the r.m.s. load voltage; (3) 6. the r.m.s. load current; (1) 7. the average thyristor current; (2) 8. the r.m.s thyristor current; (2) 9. the PIV of the thyristors; (2) Th₁ 10. the rectification efficiency; (2) 11. the transformer utilisation factor. (2) If a commutation/free wheeling diode is connected in the circuit, then calculate: 12. the average load current; (3) (2) 13. the conduction period of a single thyristor in 360 degrees of the supply voltage; 14. the conduction period of the commutation diode in 360 degrees of the supply voltage; 15. the average thyristor current; (2) (2) 16. the average commutation diode current; (2) relle A Vs elle elle Vs Vs Th₂ Th₂ feeeemt. R Load
Question 2 - Unit 2 [29] The adjacent controlled rectifier has the following parameters: R = 5.202, L = ∞ and a firing delay angle of a = 60°. Obtain your individual parameter Vs (APPENDIX A) and determine, 3. the average load voltage; (3) 4. the average load current; (1) 5. the r.m.s. load voltage; (3) 6. the r.m.s. load current; (1) 7. the average thyristor current; (2) 8. the r.m.s thyristor current; (2) 9. the PIV of the thyristors; (2) Th₁ 10. the rectification efficiency; (2) 11. the transformer utilisation factor. (2) If a commutation/free wheeling diode is connected in the circuit, then calculate: 12. the average load current; (3) (2) 13. the conduction period of a single thyristor in 360 degrees of the supply voltage; 14. the conduction period of the commutation diode in 360 degrees of the supply voltage; 15. the average thyristor current; (2) (2) 16. the average commutation diode current; (2) relle A Vs elle elle Vs Vs Th₂ Th₂ feeeemt. R Load