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//Example5.23 // To determine input output miller capacitances
clc;
clear;
close;
A = 150 ; //gain
Cm = 0.02 ; // uF // compensated capacitor
// the input output miller capacitance are defined as
Cin = Cm*(A+1);
disp('The input miller capacitance Cin value is = '+string(Cin)+'uF ');
Cout = (Cm*((A+1)/A));
disp('The output miller capacitance Cout value is = '+string(Cout)+'uF ');
// In the miller compensating network input capacitance introduce a pole . The initiated frequency of miller compensating network by pole is define as
// fp = 1/(2*%pi*R*Cin);
R = 1 ; // K ohm
fp = 1/(2*%pi*R*Cout);
disp('The initiated frequency of miller compensating network by pole is = '+string(fp)+' KHz ');
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