The operational amplifier in the circuit in the figure is ideal. 400 pF HE 1.6 nF 125 kn 250 kN Vcc -Vcc a) Find the numerical expression for the transfer function H(s) = Vo/Vg- b) Give the numerical...


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The operational amplifier in the circuit in the figure is ideal.<br>400 pF<br>HE<br>1.6 nF<br>125 kn<br>250 kN<br>Vcc<br>-Vcc<br>a) Find the numerical expression for the transfer function H(s) = Vo/Vg-<br>b) Give the numerical value of each zero and pole of H(s).<br>-10 (8 + 5000)<br>s(8 + 2000)<br>a) H(s) =<br>b) zz - -5000 rad/s, p1-O rad/s, p2 - -25000 rad/s<br>

Extracted text: The operational amplifier in the circuit in the figure is ideal. 400 pF HE 1.6 nF 125 kn 250 kN Vcc -Vcc a) Find the numerical expression for the transfer function H(s) = Vo/Vg- b) Give the numerical value of each zero and pole of H(s). -10 (8 + 5000) s(8 + 2000) a) H(s) = b) zz - -5000 rad/s, p1-O rad/s, p2 - -25000 rad/s

Jun 11, 2022
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