a) A flux 0.1 mWb links with a coil of 3500 turns when a current of 2.5 Ampere passes through the coil. Find the following (i) Inductance of the coil, (ii) the energy stored by the inductor, (iii) the...


a) A flux 0.1 mWb links with a coil of 3500 turns<br>when a current of 2.5 Ampere passes through the<br>coil. Find the following<br>(i) Inductance of the coil,<br>(ii) the energy stored by the inductor,<br>(iii) the voltage developed across the coil, if the<br>current through the coil is interrupted in 55 ms.<br>b) A single phase, 50 Hz transformer rated with<br>power of 25 kVA has voltage ratio of 5000/250 V. If<br>the low voltage side has 150 turns, Determine<br>(i) the primary current,<br>(ii) the secondary current,<br>(iii) the number of turns in High voltage side,<br>(iv) maximum value of flux.<br>

Extracted text: a) A flux 0.1 mWb links with a coil of 3500 turns when a current of 2.5 Ampere passes through the coil. Find the following (i) Inductance of the coil, (ii) the energy stored by the inductor, (iii) the voltage developed across the coil, if the current through the coil is interrupted in 55 ms. b) A single phase, 50 Hz transformer rated with power of 25 kVA has voltage ratio of 5000/250 V. If the low voltage side has 150 turns, Determine (i) the primary current, (ii) the secondary current, (iii) the number of turns in High voltage side, (iv) maximum value of flux.

Jun 10, 2022
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