Calculate the following: Calculated Values Load Resistance used in ohms Primary coil turns (Np) Secondary coil turns (Ns) Actual Voltage Gain Ideal Voltage Gain Input Power in watts Output Power in watts Efficiency of the transformer in percentage
Calculate the following: Calculated Values Load Resistance used in ohms Primary coil turns (Np) Secondary coil turns (Ns) Actual Voltage Gain Ideal Voltage Gain Input Power in watts Output Power in watts Efficiency of the transformer in percentage
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Question
![In the transformer experiment
performed in the lab, following coils
were used to form a step up
transformer:
400
200
IT T
100 2
2W
102
2W
And the observed experimental values are
tabulated below:
Measured Experimental
Values
Input
Input
Output
Output
voltage Current Voltage
current
Vp [V]
Ip [A]
Vs [V]
Is [A]
5.35
0.402
10.45
0.094](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F114fd2c6-4eea-4e8e-a139-d1ea9409235d%2F1b663a5d-64b9-4c62-9485-6a4a1a9be21b%2Fx5m7pqwd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:In the transformer experiment
performed in the lab, following coils
were used to form a step up
transformer:
400
200
IT T
100 2
2W
102
2W
And the observed experimental values are
tabulated below:
Measured Experimental
Values
Input
Input
Output
Output
voltage Current Voltage
current
Vp [V]
Ip [A]
Vs [V]
Is [A]
5.35
0.402
10.45
0.094
Transcribed Image Text:Calculate the following:
Calculated Values
Load Resistance used in ohms
Primary coil turns (Np)
Secondary coil turns (Ns)
Actual Voltage Gain
Ideal Voltage Gain
Input Power in watts
Output Power in watts
Efficiency of the transformer in
percentage
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