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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/C2The 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

Answer»

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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