- There Are Values In The Question 1 (85.34 KiB) Viewed 36 times
THERE ARE VALUES IN THE QUESTION.
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answerhappygod
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THERE ARE VALUES IN THE QUESTION.
THERE ARE VALUES IN THE QUESTION.
Q1. Single-Phase Rectifier (Chapter IV - Part 1) Consider the tutte controlled, single-phase bridge converter supplying power to bigtity inductive de load. The source is a 2304, 50 Hz ac sunphy a. Let firing delay angle - 46. Calculate the mean output voltage for a level (pure de) load TCHI OT 10 A 6. Draw the output voltage and thyristor T1 current waveforms (V1 and 11) versus time for one cycle of the ac supply voltage waveform Use a simulation software here, such as PSIM or MATLAB. State any assumptions you make. Check the results obtained with the theoretical ones. c.Celculate the rms values of both the thyristor and the supply currents, I, and Is. What is the input power factor of the rectifier2 d. Now connect a freewheeling diode at the output of the rectifier. Repeat parts (b) and (c) above. Comment on the results obtained. 13 -11 Load VL 4T T2 Load of resistance with inductance
Q1. Single-Phase Rectifier (Chapter IV - Part 1) Consider the tutte controlled, single-phase bridge converter supplying power to bigtity inductive de load. The source is a 2304, 50 Hz ac sunphy a. Let firing delay angle - 46. Calculate the mean output voltage for a level (pure de) load TCHI OT 10 A 6. Draw the output voltage and thyristor T1 current waveforms (V1 and 11) versus time for one cycle of the ac supply voltage waveform Use a simulation software here, such as PSIM or MATLAB. State any assumptions you make. Check the results obtained with the theoretical ones. c.Celculate the rms values of both the thyristor and the supply currents, I, and Is. What is the input power factor of the rectifier2 d. Now connect a freewheeling diode at the output of the rectifier. Repeat parts (b) and (c) above. Comment on the results obtained. 13 -11 Load VL 4T T2 Load of resistance with inductance