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Consider the network shown below. Find the value of capacitance C1^‘ after converting the inductance L1 into a capacitance.(a) R0^2/L1(b) R0/L1(c) L1/R0^2(d) L1/R0This question was posed to me during an online exam.Question is from Inverse Network in division Filters and Attenuators of Network Theory

Answer»

The correct OPTION is (c) L1/R0^2

To elaborate: 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 capacitance C1^‘ after converting the inductance into a capacitance is L1/R0^2. C1^’ = L1/R0^2.



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