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//Example6.17 // determine the closed loop gain
clc;
clear;
close;
// the output of the voltage follower is given as
//Vo = Aop(V1-Vo);
// the closed loop gain of the voltage follower
//A = 1/(1+(1/Aop));
// for Aop = 10^4 closed loop gain
Aop = 10^4 ;
A = 1/(1+(1/Aop));
disp('for Aop = 10^4 closed loop gain is = '+string(A)+ ' ');
// for Aop = 10^3 closed loop gain
Aop = 10^3 ;
A = 1/(1+(1/Aop));
disp('for Aop = 10^3 closed loop gain is = '+string(A)+ ' ');
// for Aop = 10^2 closed loop gain
Aop = 10^2 ;
A = 1/(1+(1/Aop));
disp('for Aop = 10^2 closed loop gain is = '+string(A)+ ' ');
// for Aop = 10^1 closed loop gain
Aop = 10^1 ;
A = 1/(1+(1/Aop));
disp('for Aop = 10^1 closed loop gain is = '+string(A)+ ' ');
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