Question

The value of the capacitance C2^‘ after converting the inductor into the C2^‘ in the network shown below.

(a) L2/R0^2

(b) L2/R0

(c) R0^2/L2

(d) R0/L2

This question was addressed to me in a job interview.

My query is from Inverse Network topic in division Filters and Attenuators of Network Theory

Answer 1

Right option is (a) L2/R0^2

Explanation: An inverse network may be obtained by converting Each inductance L should be converted into a capacitance of value L/R0^2 to obtain the inverse network. The value of the capacitance C2^‘ after converting the inductor into the capacitance is

C2^‘ = L2/R0^2.