Given the series RLC circuit in fig 11.36 if R=10ohm , find the values of L and C such that the network will have a resonant frequency of 100 kHz and a bandwidth of 1kHz.
Answer to relevant QuestionsGiven the network in fig 11.37, find Wo ,Q, Wmax and Vo (max). Given the network in fig 11.42, find Vo (max). Determine the parameters of a parallel resonant circuit which has the following properties: Wo = 2Mrad/sec, BW = 20 krad/sec, and an impedance of 2000ohm.Given the lattice network shown in fig 11.58 determine what type of filter this network represents by determining the voltage transfer function. In the Tow-Thomas biquad in figure 11.57, C1=20pF, C2 =10 pF, gm = 10S, gm2 = 80S, gm3 =10S. Find the low pass filter transfer function for the Vi1 – V02 i/p- o/p pair. Plot the corresponding Bode ...
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