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// Example 11.1
L=0.15; // Inductor
C=100*10^-6; // Capacitor
fo=1/{2*%pi*sqrt(L*C)}; // Resonance frequency
disp(' Resonance frequency (fo) = '+string(fo)+' Hz');
R=12; // Circuit resistance
V=100; // Source voltage
Io=V/R; // Maximum current by source
disp(' Maximum current by source = '+string(Io)+' Amp');
r1=R^2/(2*L^2); // for easy calculation
r2=(1/(L*C)); // for easy calculation
fc=(1/6.28)*sqrt(r2-r1); // Frequency for maximum capacitor voltage
disp(' Frequency for maximum capacitor voltage = '+string(fc)+' Hz');
r3=(R^2*C^2)/2; // for easy calculation
fl=1/{2*%pi*sqrt((L*C)-r3)}; // Frequency for maximum capacitor voltage
disp(' Frequency for maximum capacitor voltage = '+string(fo)+' Hz');
Xl=2*%pi*fo*L; // Inductive reactance
disp(' Inductive reactance = '+string(Xl)+' Ohms');
Xc=1/(2*%pi*fo*C); // Inductive reactance
disp(' Capacitive reactance = '+string(Xc)+' Ohms');
Q=Xl/R; // Quality factor
disp(' Quality factor = '+string(Q));
VLC=Q*V; // Voltage drop across the elements
disp(' Voltage drop across the elements = '+string(VLC)+' Volt');
// p 378 11.1
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