Q.14: For the circuit shown:1. Draw to scale the total current locus if theinductor "L" varied from 0 to 4mH.2. Find the minimum & maximum total currents Vt)=100sin(10°tsupplied to the circuit.3. Compute the total maximum power factor &maximum consumed power by the circuit.(Ans.: ITmin=89.44A, hmax=130.384A, p.fmax=0.997 lead, & Pma=6.5KW)RLRC30VTXc1mFXr.wwHH

Q.14: Forthe circuit shown: 1. Draw to scale the total current locus if the Rc RL inductor "L" vanied from 0 to 4mH. 2. Find the minimum & maximum total currents V(t)=100sin(10° supplied to the circuit. 3. Compute the total maximum power factor & maximum consumed power by the circuit. (Ans.: ITmin=89.44A, Fmax=130.384A, p.fmax=0.997 lead, & Pmax=6.5KW) VT 10 Xc Xr ImF wwwHE

Q.14: Forthe circuit shown: 1. Draw to scale the total current locus if the Rc RL inductor "L" vanied from 0 to 4mH. 2. Find the minimum & maximum total currents V(t)=100sin(10° supplied to the circuit. 3. Compute the total maximum power factor & maximum consumed power by the circuit. (Ans.: ITmin=89.44A, Fmax=130.384A, p.fmax=0.997 lead, & Pmax=6.5KW) VT 10 Xc Xr ImF wwwHE

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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Book: Operational amplifiers and Linear Integrated circuits Chap#03