C2 (i). Draw the transfer characteristics and explain the working of differential transformer and write any two applications of it. (ii)A 16 kVA, 54HZ, single-phase transformer has a turns ratio of 20:2 and is supplied from a 2.8 kV supply. Neglecting losses, determine (a) the secondary voltage, (b) the full load secondary current, (c) the maximum flux and (d) the minimum value of load resistance which can be connected across the secondary winding without the kVA rating being exceeded.

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C2 (i). Draw the transfer characteristics and explain the working of differential transformer and write any two applications of it.
(ii)A 16 kVA, 54Hz, single-phase transformer has a turns ratio of 20:2 and is supplied from a 2.8 kV supply. Neglecting losses, determine (a) the secondary voltage, (b) the full load secondary
current, (c) the maximum flux and (d) the minimum value of load resistance which can be connected across the secondary winding without the kVA rating being exceeded.
Transcribed Image Text:C2 (i). Draw the transfer characteristics and explain the working of differential transformer and write any two applications of it. (ii)A 16 kVA, 54Hz, single-phase transformer has a turns ratio of 20:2 and is supplied from a 2.8 kV supply. Neglecting losses, determine (a) the secondary voltage, (b) the full load secondary current, (c) the maximum flux and (d) the minimum value of load resistance which can be connected across the secondary winding without the kVA rating being exceeded.
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