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A single phase full converter is connected to an AC supply of 300 sin 314 t V. It operates at firing angle α = 30° the load current maintained constant at 5A and the load voltage 120 V. Calculate source inductance (in mH).
Correct answer is between '45,46'. Can you explain this answer?
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A single phase full converter is connected to an AC supply of 300 sin ...
120 × 3.14 = 600 cos 30° - 3140 Ls
376.8 = 519.61 – 3140 Ls
-142.82 = -3140 Ls
Ls = 45.48 mH
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A single phase full converter is connected to an AC supply of 300 sin ...
A single phase full converter is connected to an AC supply of 300 sin 314t V. It operates at a firing angle α.
In a single phase full converter, the AC supply voltage is converted to a DC voltage by controlling the conduction of the thyristors. The firing angle α determines when the thyristors are triggered to conduct.
The output voltage of the full converter can be given by the expression:
Vout = (2Vm/π) * (cos α - cos(α - π/2))
Where Vm is the peak value of the AC supply voltage.
Given that the AC supply voltage is 300 sin 314t V, the peak value Vm can be calculated as:
Vm = 300 V
Substituting the values in the expression for Vout, we get:
Vout = (2 * 300/π) * (cos α - cos(α - π/2))
Simplifying further:
Vout = (600/π) * (cos α - cos(α - π/2))
This equation gives the output voltage of the single phase full converter at a firing angle α.
In a single phase full converter, the AC supply voltage is converted to a DC voltage by controlling the conduction of the thyristors. The firing angle α determines when the thyristors are triggered to conduct.
The output voltage of the full converter can be given by the expression:
Vout = (2Vm/π) * (cos α - cos(α - π/2))
Where Vm is the peak value of the AC supply voltage.
Given that the AC supply voltage is 300 sin 314t V, the peak value Vm can be calculated as:
Vm = 300 V
Substituting the values in the expression for Vout, we get:
Vout = (2 * 300/π) * (cos α - cos(α - π/2))
Simplifying further:
Vout = (600/π) * (cos α - cos(α - π/2))
This equation gives the output voltage of the single phase full converter at a firing angle α.
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A single phase full converter is connected to an AC supply of 300 sin 314 t V. It operates at firing angle α = 30° the load current maintained constant at 5A and the load voltage 120 V. Calculate source inductance (in mH).Correct answer is between '45,46'. Can you explain this answer?
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A single phase full converter is connected to an AC supply of 300 sin 314 t V. It operates at firing angle α = 30° the load current maintained constant at 5A and the load voltage 120 V. Calculate source inductance (in mH).Correct answer is between '45,46'. Can you explain this answer? for Electrical Engineering (EE) 2024 is part of Electrical Engineering (EE) preparation. The Question and answers have been prepared according to the Electrical Engineering (EE) exam syllabus. Information about A single phase full converter is connected to an AC supply of 300 sin 314 t V. It operates at firing angle α = 30° the load current maintained constant at 5A and the load voltage 120 V. Calculate source inductance (in mH).Correct answer is between '45,46'. Can you explain this answer? covers all topics & solutions for Electrical Engineering (EE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A single phase full converter is connected to an AC supply of 300 sin 314 t V. It operates at firing angle α = 30° the load current maintained constant at 5A and the load voltage 120 V. Calculate source inductance (in mH).Correct answer is between '45,46'. Can you explain this answer?.
A single phase full converter is connected to an AC supply of 300 sin 314 t V. It operates at firing angle α = 30° the load current maintained constant at 5A and the load voltage 120 V. Calculate source inductance (in mH).Correct answer is between '45,46'. Can you explain this answer? for Electrical Engineering (EE) 2024 is part of Electrical Engineering (EE) preparation. The Question and answers have been prepared according to the Electrical Engineering (EE) exam syllabus. Information about A single phase full converter is connected to an AC supply of 300 sin 314 t V. It operates at firing angle α = 30° the load current maintained constant at 5A and the load voltage 120 V. Calculate source inductance (in mH).Correct answer is between '45,46'. Can you explain this answer? covers all topics & solutions for Electrical Engineering (EE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A single phase full converter is connected to an AC supply of 300 sin 314 t V. It operates at firing angle α = 30° the load current maintained constant at 5A and the load voltage 120 V. Calculate source inductance (in mH).Correct answer is between '45,46'. Can you explain this answer?.
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