For the network shown in the figure, find the driving point impedance.(a) (s^2-2s+1)/s(b) (s^2+2s+1)/s(c) (s^2-2s-1)/s(d) (s^2+2s-1)/sThe question was asked in an interview for internship.Question is from Network Function for the One-Port and Two-Port in portion S-Domain Analysis of Network Theory

For the network shown in the figure, find the driving point impedance.

1.	For the network shown in the figure, find the driving point impedance.(a) (s^2-2s+1)/s(b) (s^2+2s+1)/s(c) (s^2-2s-1)/s(d) (s^2+2s-1)/sThe question was asked in an interview for internship.Question is from Network Function for the One-Port and Two-Port in portion S-Domain Analysis of Network Theory
Answer» Correct option is (B) (s^2+2s+1)/s Easy EXPLANATION: Applying Kirchoff’s law at port 1, Z(S)=V(S)/I(S), where V(s) is applied at port 1 and I(s) is current flowinmg through the NETWORK. Then Z(S)=V(S)/I(S) = 2+S+1/S = (s^2+2s+1)/s.

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For the network shown in the figure, find the driving point impedance.(a) (s^2-2s+1)/s(b) (s^2+2s+1)/s(c) (s^2-2s-1)/s(d) (s^2+2s-1)/sThe question was asked in an interview for internship.Question is from Network Function for the One-Port and Two-Port in portion S-Domain Analysis of Network Theory

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