Asked by sam
An ideal transformer has 50 turns in its primary coil and 250 turns in its secondary coil. 12 V is connected to the primary.
a)find the voltage across the secondary coil.
b) find the current in a 10-ohms device connected to the secondary.
c) find the power supplied to the primary.
a)find the voltage across the secondary coil.
b) find the current in a 10-ohms device connected to the secondary.
c) find the power supplied to the primary.
Answers
Answered by
drwls
The turns ratio N2/N1 equals the factor by which the voltage increases: V2/V1.
V2/R is the secondary current
V2*I2 is the secondary power, and it equals the primary power.
V2/R is the secondary current
V2*I2 is the secondary power, and it equals the primary power.
Answered by
Racheal
secondary coil 60v
Answered by
Racheal
vs=VP*ns
50vs=250*12
50vs=3000÷50
vs=60v
50vs=250*12
50vs=3000÷50
vs=60v
Answered by
Racheal
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