# Question: Given the network in fig 11 37 find Wo Q Wmax and Vo

Given the network in fig 11.37, find Wo ,Q, Wmax and Vo (max).

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Repeat the problem 11.37 if the value of R is changed to 0.1ohm.A parallel RLC resonant circuit with a resonant frequency of 20,000rad/s has admittance at resonance of 1ms. If the capacitance of the network is 5F, find the values of R and L.Determine the value of C in the network shown in fig 11.50 in order for the circuit to be in resonance. Given the network shown in fig 11.59 and employing the voltage follower analyzed in chapter 3 determine the voltage transfer function and its magnitude characteristic. What type of filter does the network represent? Find the transfer function of the OTA filter in figure 11.68. Express Wo and Q in terms of the capacitances and transconductances. What kind of filter is it.Post your question