The transfer function V. (S)/V,(S) of the circuit in Figure 1 where the inductor L =...

 

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The transfer function V. (S)/V,(S) of the circuit in Figure 1 where the inductor L = 0.1 H is given by Vc(s) = V₂ (s) c(s² d + + eRs + (Please answer to 3 decimal places, for example: 1.543) (1) Find the values of d = marks), f = v. (1) ( R www www 15R Figure 1 (4 marks) L (4 marks), e = C + v.(t) (ii) Suppose v₂(t)=u(t). Find the values of resistor R and capacitor C such that the step response of the capacitor voltage v.(t) is underdamped with complex poles -100 + 100j ? (Please answer to 3 decimal places, for example: 1.543) R= Q (6 marks) mF (7 marks) The transfer function V. (S)/V,(S) of the circuit in Figure 1 where the inductor L = 0.1 H is given by Vc(s) = V₂ (s) c(s² d + + eRs + (Please answer to 3 decimal places, for example: 1.543) (1) Find the values of d = marks), f = v. (1) ( R www www 15R Figure 1 (4 marks) L (4 marks), e = C + v.(t) (ii) Suppose v₂(t)=u(t). Find the values of resistor R and capacitor C such that the step response of the capacitor voltage v.(t) is underdamped with complex poles -100 + 100j ? (Please answer to 3 decimal places, for example: 1.543) R= Q (6 marks) mF (7 marks)

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To determine the values of d e and f in the transfer function we need to simplify the expression Ves V2s considering the circuit components i Given th... View the full answer