A three-phase controlled rectifier is supplied from a 400V, 50HZ line and supplying an RLE load with 60, 25.5mH and 200V. The firing angle, a, is set to 45°. a. Determine the conduction mode. b. Determine the output voltage current average (Vode and Iode). c. Determine the ripple factor of the output current RF(i).

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A three-phase controlled rectifier is supplied from a 400V, 50HZ line and supplying
an RLE load with 62, 25.5mH and 200V. The firing angle, a, is set to 45°.
a. Determine the conduction mode.
b. Determine the output voltage current average (Vode and Iode).
c. Determine the ripple factor of the output current RF(i).
Transcribed Image Text:A three-phase controlled rectifier is supplied from a 400V, 50HZ line and supplying an RLE load with 62, 25.5mH and 200V. The firing angle, a, is set to 45°. a. Determine the conduction mode. b. Determine the output voltage current average (Vode and Iode). c. Determine the ripple factor of the output current RF(i).
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