Question: Consider the circuit shown below. The op - amp is non ideal in the sense that it has finite bandwidth. The transfer function of the

Consider the circuit shown below. The op-amp is non ideal in the sense that it has finite
bandwidth. The transfer function of the op-amp is given by
A(s)=(\omega _(u))/(s)
If R_(1)=R_(2)=R_(3)=R, and If R_(4)=(R)/(2), the magnitude of the transfer function at \omega =2\omega _(u) will
be
Note: Enter your answer correct to 3 decimal places.
Consider the circuit shown below. The op-amp is non ideal in the sense that it has finite
bandwidth. The transfer function of the op-amp is given by
A(s)=(\omega _(u))/(s)
If R_(1)=R_(2)=R_(3)=R, and R_(4)=(R)/(2), from the transfer function, find the dc gain (absolute
value) of the circuit is
Consider the circuit shown below. The op - amp is

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