The expression of N in a full series equalizer considering Z1 as inductor and Z2 as capacitor is?(a) Ro^2/(ωL1)^2(b) 1+ Ro^2/(ωL1)^2(c) (ω^2 L1^2)/Ro^2(d) 1+ (ω^2 L1^2)/Ro^2This question was addressed to me by my college director while I was bunking the class.The question is from Series Equalizer in portion Filters and Attenuators of Network Theory

The expression of N in a full series equalizer considering Z1 as induc

1.	The expression of N in a full series equalizer considering Z1 as inductor and Z2 as capacitor is?(a) Ro^2/(ωL1)^2(b) 1+ Ro^2/(ωL1)^2(c) (ω^2 L1^2)/Ro^2(d) 1+ (ω^2 L1^2)/Ro^2This question was addressed to me by my college director while I was bunking the class.The question is from Series Equalizer in portion Filters and Attenuators of Network Theory
Answer» The correct answer is (d) 1+ (ω^2 L1^2)/Ro^2 Easiest EXPLANATION: The expression of N in a full series EQUALIZER CONSIDERING Z1 as inductor and Z2 as capacitor is N = 1 + X1^2/Ro^2 = 1+ (ω^2 L1^2)/Ro^2.

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