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// Example 13.2
E1=230; // Supply Voltage
f=50; // Frequency
N1=30; // No.Of turns in Primary Coil
N2=350; // No.Of turns in Secondary Coil
A=250*10^-4; // Area of the Core
Qm=E1/(4.44*f*N1); // The Peak Value of Flux
Bm=Qm/A; // The Peak Value of Flux Density
disp(' The Peak Value of Flux Density = '+string(Bm)+' Tesla');
E2=E1*(N2/N1); // Voltage induced in Secondary winding
disp(' Voltage induced in Secondary winding = '+string(E2/1000)+' kV');
I2=100; // Current in Secondary Coil
I1=I2*(N2/N1); // Primary Current
disp(' Primary Current is = '+string(I1/1000)+' kA');
// p 490 13.2
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