16. A parallel resonant circuit has w = 1 Mrad/s and Qo = 10. Let R = 5 k2 andfind (a) L; (b) the frequency above wɔ at which |Zin| = 2 k2; (c) the frequencyat which ang Zin = -30°.(a)0.5 mH(b) approx.: 1.1146 Mrad/SExact: 1.1211 Mrad/s(c) approx.: 1.0289 Mrad/sExact: 1.0293 Mrad/s

Given a parallel resonant circuit has ωo=1 Mrad/s and Qo=10. Let R=5 kΩ We need to find: a) L b) the…

Answered: 16. A parallel resonant circuit has wn…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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16. A parallel resonant circuit has wn = | find (a) L: (b) the frequency above wn at which |Zin| = 2 k2; (c) the frequency at which ang Zi, = -30°. Irad/s and Qo %3D (a) 0.5 mH (b) approx.: 1.1146 Mrad/S Exact: 1.1211 Mrad/s (c) approx.: 1.0289 Mrad/s Exact: 1.0293 Mrad/s|