Consider the network in fig 11.47. If R=2Kohm, L=20mH, C=50F, and Rs=infinity, determine the resonant frequency Wo, the Q of the network, and the bandwidth of the network. What impact does an Rs of 10Kohm have on the quantities determined.
Answer to relevant QuestionsThe source in the network in fig 11.48 is i(t) = cos1000t + cos1500t A.R=200ohm and C=500F. If Wo =1000rad/s, find L, Q, and the BW. Compute the o/p voltage Vo (t) and discuss the magnitude of the output voltage ...Determine the new parameters of the network shown in fig 11.52 if Wnew = 10000 Wold.Given the network in fig 11.61 find the transfer function and determine what type of filter the network represents. Find the transfer function of the OTA filter in fig 11.69. Express Wo and Q in terms of the capacitances and transconductances. What kind of filters is it? Find the Laplace transform of the function f(t) = te-a(t-1)g(t-1)
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