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// Example 14.7
Zph=24*(12/3); // The No.Of conductors in series
T=Zph/2; // No.Of turns per phase
p1=24/4; // No.Of slots/pole
Q=180/p1; // Slot angle
q1=p1/3; // No.Of slots/pole for group q
sa=sind((q1*Q)/2); // Distribution factor (Numerator part )
sb=sind(Q/2); // Distribution factor (denominator part )
kd=sa/(q1*sb); // Distribution factor
p=4; // No.Of poles
Ns=1500; // Speed
g=0.1; // Flux per pole
f=(p*Ns)/120; // Pitch factor
kp=1; // Constant
E=(4.44*f*g*kp*T*kd); // Generated emf per phase
El=sqrt(3)*E; // line emf (at alternator 1500 rpm)
disp(' line emf (at alternator 1500 rpm) = '+string(round(El))+' Volt');
// p 572 14.7
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