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The value of the inductor L2^‘ after converting the capacitor into the L2^‘ in the network shown below.

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The value of the inductor L2^‘ after converting the capacitor into the L2^‘ in the network shown below.

(a) R0^2/C2

(b) C2R0^2

(c) C2R0

(d) R0^2/C2

The question was asked during an internship interview.

I'd like to ask this question from Inverse Network topic in portion Filters and Attenuators of Network Theory

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Correct option is (b) C2R0^2

The explanation is: An inverse network is obtained by converting each capacitance C into an inductance of value CR0^2 where R0 is resistance. The value of the inductor L2^‘ after converting the capacitor into the inductance is L2^‘ = C2R0^2.

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