Course: Instrumentation And Measurement An inductance comparison bridge has L1=100µH and R4=10KN. Whenmeasuring an unknown inductance, null is detected with R,=37.12 andR3=27.93kN. The supply frequency is 1 MHz. Calculate the measured inductanceand its resistive component. Also, determine the Q factor of the inductor.

Data given L1=100μHR1=37.1ΩR3=27.93KΩR4=10KΩf=1 MHz=106Hz

An inductance comparison bridge has L1=100µH and R4=10KN. When neasuring an unknown inductance, null is detected with R,=37.19 and R3=27.93kN. The supply frequency is 1 MHz. Calculate the measured inductance and its resistive component. Also, determine the Q factor of the inductor.

An inductance comparison bridge has L1=100µH and R4=10KN. When neasuring an unknown inductance, null is detected with R,=37.19 and R3=27.93kN. The supply frequency is 1 MHz. Calculate the measured inductance and its resistive component. Also, determine the Q factor of the inductor.

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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Question

Course: Instrumentation And Measurement

An inductance comparison bridge has L1=100µH and R4=10KN. When
measuring an unknown inductance, null is detected with R,=37.12 and
R3=27.93kN. The supply frequency is 1 MHz. Calculate the measured inductance
and its resistive component. Also, determine the Q factor of the inductor.

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