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// To calculate the number of turns per limb on the high and low voltage sides
clc;
clear;
f=50;
A=400*(10^-4);
Bm=1;
V1=3000;
V2=220;
l=2; // Number of limbs
//Neglecting the series voltage drop
// Induced EMF equation
a=V1/(4.44*f*A*Bm);
b=V2*a/V1;
if(modulo(round(a),2)==0) // No. of turns is a whole even number as it has 2 limbs
N1=round(a);
else
N1=round(a)+1;
end
if(modulo(round(b),2)==0) // No. of turns is a whole even number as it has 2 limbs
N2=round(b);
else
N2=round(b)+1;
end
printf('The number of turns in the high voltage side per limb = %d \n',N1/l)
printf('The number of turns in the low voltage side per limb = %d \n',N2/l)
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