Question 1: In the given figure, calculate the transformer ratio, voltage ratio, power ratio and inductance ratio of the given step up and step down transformer. Also calculate the number of turn on...


Question 1: In the given figure, calculate the transformer ratio, voltage ratio, power<br>ratio and inductance ratio of the given step up and step down transformer.<br>Also calculate the number of turn on the secondary side of transformer if N1 is the<br>last three digits of your registration number (Example: for the Reg number:<br>12018352, N1 is 352)<br>Primary<br>Winding<br>Secondary<br>Winding<br>To AC<br>Power o<br>E 120 V<br>12A<br>P=240 W<br>E-240 V<br>1A<br>P 240 W<br>Step - Up Transformer<br>To AC<br>Power<br>Primary<br>Winding<br>Secondary<br>Winding<br>E-240 V<br>I-1A<br>P 240 W<br>E-120 V<br>1-2A<br>P-240 W<br>Step - Down Transformer<br>

Extracted text: Question 1: In the given figure, calculate the transformer ratio, voltage ratio, power ratio and inductance ratio of the given step up and step down transformer. Also calculate the number of turn on the secondary side of transformer if N1 is the last three digits of your registration number (Example: for the Reg number: 12018352, N1 is 352) Primary Winding Secondary Winding To AC Power o E 120 V 12A P=240 W E-240 V 1A P 240 W Step - Up Transformer To AC Power Primary Winding Secondary Winding E-240 V I-1A P 240 W E-120 V 1-2A P-240 W Step - Down Transformer

Jun 10, 2022
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