Derive the average output voltage of a single phase, full-wave controlled rectifier if the firing angle for the positive half cycle is 0° and the firing angle for the negative half cycle is 180°.
Derive the average output voltage of a single phase, full-wave controlled rectifier if the firing angle for the positive half cycle is 0° and the firing angle for the negative half cycle is 180°.
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![Derive the average output voltage of a single phase, full-wave controlled rectifier if the firing angle for the positive half cycle is
0° and the firing angle for the negative half cycle is 180°.
Select one:
O A. Equivalent to the peak voltage of the input AC source
O B. Equivalent to the average output voltage of a single phase, full-wave uncontrolled rectifier
O C. Equivalent to the average output voltage of a single phase, half-wave uncontrolled rectifier
O D. Equivalent to the average voltage of the input AC source](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F37076509-dbc4-4643-9e2f-ca25f3dc2016%2F7b7aa2bf-4f58-4984-a81e-9eadda52d7a3%2F6bhjt5g_processed.png&w=3840&q=75)
Transcribed Image Text:Derive the average output voltage of a single phase, full-wave controlled rectifier if the firing angle for the positive half cycle is
0° and the firing angle for the negative half cycle is 180°.
Select one:
O A. Equivalent to the peak voltage of the input AC source
O B. Equivalent to the average output voltage of a single phase, full-wave uncontrolled rectifier
O C. Equivalent to the average output voltage of a single phase, half-wave uncontrolled rectifier
O D. Equivalent to the average voltage of the input AC source
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