5. The figure attached shows AC Maxwell Induction Bridge,Z,with R1=1002, Li=250mH, R3=1kN and R4=2k2.R Rs(i) Find the unknown resistance Rs and unknown inductanceLILSGLs, under bridge balance condition.fuwm(ii) If the circuit is excited by a 5V, 1kHz oscillator, find theR3R.wwZ4unbalanced voltage, if Ls-510MH.13(Answer: (i) R, = 2002, L,= 0.5 H, (ii) AV= 0.0422Z-20.54° V)wwt

Answered: Image /qna-images/answer/7cb2ceab-b8a4-49e5-a38f-89b41753419f.jpg

www R RS Z: Z1 5. The figure attached shows AC Maxwell Induction Bridge, Ls with R1=1002, Lı=250mH, R3=1kN and R4=2kN. (i) Find the unknown resistance Rs and unknown inductance R3 R. Ls, under bridge balance condition. (ii) If the circuit is excited by a 5V, 1kHz oscillator, find the unbalanced voltage, if Ls-510MH. (Answer: (i) R, = 2002, Ls= 0.5 H, (ii) AV= 0.0422Z-20.54° V) fut

www R RS Z: Z1 5. The figure attached shows AC Maxwell Induction Bridge, Ls with R1=1002, Lı=250mH, R3=1kN and R4=2kN. (i) Find the unknown resistance Rs and unknown inductance R3 R. Ls, under bridge balance condition. (ii) If the circuit is excited by a 5V, 1kHz oscillator, find the unbalanced voltage, if Ls-510MH. (Answer: (i) R, = 2002, Ls= 0.5 H, (ii) AV= 0.0422Z-20.54° V) fut

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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