The primary winding to secondary winding turns ratio of a centre-tapped transformer is 5:1. The primary winding of the transformer is fed from 220V ac supply and the secondary voltage is connected to a single phase full wave rectifier which consist of two diodes. The forward resistance of each diode is 50 and load resistance is 250.   Determine the following: A. peak value of current B. de load current C. rms value of load current D. de power E. ac power input to rectifier F. efficiency of rectifier

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The primary winding to secondary winding turns ratio of a centre-tapped transformer is 5:1. The primary winding of the transformer is fed from 220V ac supply and the secondary voltage is connected to a single phase full wave rectifier which consist of two diodes. The forward resistance of each diode is 50 and load resistance is 250.

 

Determine the following:

A. peak value of current

B. de load current

C. rms value of load current

D. de power E. ac power input to rectifier

F. efficiency of rectifier

The primary winding to secondary winding turns ratio of a centre-tapped
transformer is 5:1. The primary winding of the transformer is fed from 220V ac
supply and the secondary voltage is connected to a single phase full wave rectifier
which consist of two diodes. The forward resistance of each diode is 5002 and load
resistance is 2500.
Determine the following:
A. peak value of current
B. dc load current
C. rms value of load current
D. dc power
E. ac power input to rectifier
F. efficiency of rectifier
Transcribed Image Text:The primary winding to secondary winding turns ratio of a centre-tapped transformer is 5:1. The primary winding of the transformer is fed from 220V ac supply and the secondary voltage is connected to a single phase full wave rectifier which consist of two diodes. The forward resistance of each diode is 5002 and load resistance is 2500. Determine the following: A. peak value of current B. dc load current C. rms value of load current D. dc power E. ac power input to rectifier F. efficiency of rectifier
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