Determine the value of C in the network shown in fig 11.50 in order for the circuit to be in resonance.
Answer to relevant QuestionsDetermine the equation for the nonzero resonant frequency of the impedance shown in fig 11.51. Determine what type of filter the network shown in fig 11.56 represents by determining the voltage transfer function. In all OTA problem, the specifications are gm - Iabc sensitivity = 20, maximum gm = 1mS with range of 4 decades. For the circuit in figure 11.53, find gm and Iabc values required for a simulated resistance of ...Determine the resonant frequency of the circuit in fig 11PFE-1 and find the voltage Vo at resonance. if f(t) = t cos (ω)u (t-1) Find F (s)
Post your question