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Posted: **Thu May 05, 2022 2:33 pm**

: 14 47 For The Resonator In Fig 14 18 A Let Node Y Be Lifted From Ground If A Signal Source V Is Connected To Node Y 1 (21.97 KiB) Viewed 23 times

: 14 47 For The Resonator In Fig 14 18 A Let Node Y Be Lifted From Ground If A Signal Source V Is Connected To Node Y 2 (10.46 KiB) Viewed 23 times

: 14 47 For The Resonator In Fig 14 18 A Let Node Y Be Lifted From Ground If A Signal Source V Is Connected To Node Y 3 (9.09 KiB) Viewed 23 times

14.47 For the resonator in Fig. 14.18(a), let node y be lifted from ground. If a signal source V¡ is connected to node y and the output V is taken across the resonator, derive an expression for the transfer function V/V, and show that it is a high pass with oo and Q given by Eqs. (14.39) and (14.40), respectively. Design the high-pass circuit to obtain wo = 106 rad/s and Q = 1. Use R = 1 kN.
Zo c: y (a) хо
=1/√LC Q=co₂ CR (14.39) (14.40)