The two-terminal element below operates in AC at the angular frequency w = 2.10³ rad/s.. Given R = 1kn2, C = 2.5 mF compute the inductance value L such that the impedance Z between A-B is equal to R. R 2R B ✓ L = 0.1 mH OL= 10 mH OL= 4mH O L=2.5 μH EL

The two-terminal element below operates in AC at the angular frequency w = 2.10³ rad/s.. Given R = 1kn2, C = 2.5 mF compute the inductance value L such that the impedance Z between A-B is equal to R. R 2R B ✓ L = 0.1 mH OL= 10 mH OL= 4mH O L=2.5 μH EL

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

The two-terminal element below operates in AC at the angular frequency
w = 2.10³ rad/s.. Given R = 1kn2, C = 2.5 mF compute the inductance value L
such that the impedance Z between A-B is equal to R.
R
2R
B
✓ L = 0.1 mH
OL= 10 mH
OL= 4mH
O L=2.5 μH
EL

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