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Measured Experimental Values Input voltage Input Current Output Voltage Output current Vp [V] Ip [A] Vs [V] Is [A] 5.32 0.185 2.266 0.186 Calculate the following: Calculated Values Load Resistance used in ohms

Measured Experimental Values Input voltage Input Current Output Voltage Output current Vp [V] Ip [A] Vs [V] Is [A] 5.32 0.185 2.266 0.186 Calculate the following: Calculated Values Load Resistance used in ohms

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And the observed experimental values are tabulated below: Measured Experimental Values Input voltage lInput Current Output Voltage Output current Vp [V] Ip [A] Vs [V] Is [A] 5.32 0.185 2.266 0.186 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
Transcribed Image Text:And the observed experimental values are tabulated below: Measured Experimental Values Input voltage lInput Current Output Voltage Output current Vp [V] Ip [A] Vs [V] Is [A] 5.32 0.185 2.266 0.186 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
In the transformer experiment performed in the lab, following coils were used to form a step down transformer: 400 200 100 2 2W 102 2W
Transcribed Image Text:In the transformer experiment performed in the lab, following coils were used to form a step down transformer: 400 200 100 2 2W 102 2W
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