Q-2, 15 Marks] An ideal op-amp circuit is shown in Fig. 2. 1. Derive the transfer function from the

Q-2, 15 Marks] An ideal op-amp circuit is shown in Fig. 2. 1. Derive the transfer function from the input voltage V to the output voltage Vo 2. Is this a low pass, band pass high pass circuit ? or 3. Find the sensitivity of the natural frequency (wo) in the transfer function to capacitor C R3 R1 C2 R2 Figure 2: Circuit Diagram for Q-2 The standard second order transfer function is given by: N (s) |(1) Vi +1 om on whether the circuit is low/band/high pass in nature where N(s) is a polynomial in s depending and in the denominator with the s°(constant term) = 1, wo is the natural frequency in rad/s and Q is the quality factor

 

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