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// Exa 4.8
clc;
clear;
// Given data
// Referring Fig. (4.28) -Non- inverting terminal integrator
// Solution
printf(' The voltage at the (+) input terminal of the op-amp due to potential divider is,\n');
printf(' V(+) = 1/ s*C * Vi(s)\n');
printf(' ----------\n');
printf(' R+ 1/ s*C \n\n');
printf(' The output voltage Vo(s) fot the non-inverting amplifier is - \n');
printf(' Vo(s) = (1 + 1/(s*C*R))*V(+) = Vi(s) / (s*R*C)).\n\n');
printf(' Hence in time domain, we get, vo = (1/(R*C)) ∫ vi dt .\n');
printf(' Hence proved. \n');
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