Derive the transfer function of the integrator circuit shown in Figure P1.6. Find its critical frequency when ( mathrm{OA} ) used is near ideal and non-ideal with unity gain bandwidth of ( 10^{5} mathrm{rad} / mathrm{s} ) and ( R_{1}=R_{2}=R_{3}=10 mathrm{k} mathrm{Ohm}, R_{4}=5 mathrm{k} mathrm{Ohm} ) and ( C=0.1 mathrm{nF} )

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Derive the transfer function of the integrator circuit shown in Figure P1.6. Find its critical frequency when  (  mathrm{OA}  ) used is near ideal and non-ideal with unity gain bandwidth of  ( 10^{5}  mathrm{rad} /  mathrm{s}  ) and  ( R_{1}=R_{2}=R_{3}=10  mathrm{k}  mathrm{Ohm}, R_{4}=5  mathrm{k}  mathrm{Ohm}  ) and  ( C=0.1  mathrm{nF}  )

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