b) A lk resistance is connected across the secondary winding of a 200V/400V transformer with the following equivalent circuit parameters, Rleq=502, Rc = 10kO, XM =1 k2, Xleq = 100 2. Determine the following: i. The Open Circuit Output Voltage (VSoc ii. The Output Voltage under load (Vs) iii. The Output Current (Is) iv. The Transformer Efficiency (%)

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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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b) A lkQ resistance is connected across the secondary winding of a 200V/400V transformer
with the following equivalent circuit parameters, Kleq=502, Rc = 10k2, XM =1 k2 , ^leq
= 100 2. Determine the following:
R
i. The Open Circuit Output Voltage (Vsoc)
ii. The Output Voltage under load (Vs)
i1i. The Output Current (Is)
iv. The Transformer Efficiency (%)
Transcribed Image Text:b) A lkQ resistance is connected across the secondary winding of a 200V/400V transformer with the following equivalent circuit parameters, Kleq=502, Rc = 10k2, XM =1 k2 , ^leq = 100 2. Determine the following: R i. The Open Circuit Output Voltage (Vsoc) ii. The Output Voltage under load (Vs) i1i. The Output Current (Is) iv. The Transformer Efficiency (%)
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