Q3\[ \begin{array}{l} \psi=\frac{1}{c \omega} \\ \left(Z_{c_{1}} / R_{1}\right) R_{4}=R_{3}\left(Z_{c_{2}}+R_{2}\right) \\ C_{2}=\text { ? } \\ \omega=2 \pi f \\ \end{array} \] onlcw=+(Z, R, R = P3 ( 2 + R2)هارحمنے27 - ميلا100 03a. Derive an expression under balanced conditionsb. Calculate the Q factor for the coil if the supply frequency is 100 HzC₂wwwP1₂P&

The given bridge is shown below.We need to derive the expression for balanced condition.

Answered: 03 a. Derive an expression under…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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\[ \begin{array}{l} \psi=\frac{1}{c \omega} \\ \left(Z_{c_{1}} / R_{1}\right) R_{4}=R_{3}\left(Z_{c_{2}}+R_{2}\right) \\ C_{2}=\text { ? } \\ \omega=2 \pi f \\ \end{array} \]

onl
cw
=
+
(Z, R, R = P3 ( 2 + R2)
ها
رحمنے
27 - مي
لا
100

03
a. Derive an expression under balanced conditions
b. Calculate the Q factor for the coil if the supply frequency is 100 Hz
C₂
www
P1₂
P
&

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