An inverse network may be obtained by converting each inductance

an-inverse-network-may-be-obtained-by-converting-each-inductance

An inverse network may be obtained by converting each inductance L into a capacitance of value?

A. L/R0

B. L/R0^2

C. R0/L

D. R0^2/L

I got this question during an online interview.

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

Right option is B. L/R0^2

The 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.