A 3 delta connected load each phase of which has a capacitive reactance of 30 2 in series with a resistance of 40 2 is fed from the star connected secondary of a 30 transformer. The transformer secondary has a phase voltage of 231 volts. Draw the circuit diagram of the system and find (i) Voltage across each phase of the load, (ii) Current in each phase of the load, (iii) Total active power taken from the supply, (iv) Draw the Phasor diagram

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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A 3 delta connected load each phase of which has a capacitive
reactance of 30 Q in series with a resistance of 40 2 is fed from
the star connected secondary of a 30 transformer. The
transformer secondary has a phase voltage of 231 volts. Draw the
circuit diagram of the system and find (i) Voltage across each
phase of the load, (ii) Current in each phase of the load,
(iii) Total active power taken from the supply, (iv) Draw the
Phasor diagram
Transcribed Image Text:A 3 delta connected load each phase of which has a capacitive reactance of 30 Q in series with a resistance of 40 2 is fed from the star connected secondary of a 30 transformer. The transformer secondary has a phase voltage of 231 volts. Draw the circuit diagram of the system and find (i) Voltage across each phase of the load, (ii) Current in each phase of the load, (iii) Total active power taken from the supply, (iv) Draw the Phasor diagram
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