For the circuit in Figure 3.0a: If v(t) = 10cos(⍵t + 0º) volts, R = 510 Ω, and L = 4.7 mH; use your derived expressions to determine the magnitude ǁZǁ; the phase-angle, ƟZo and the magnitude, ǁIZǁ at each frequency, f listed in below Table 3.0. Recall: ⍵ = 2πf; and 1kHz = 103Hz = 1000Hz. frequency, f (kHz) magnitude, ǁIZǁ (mA)magnitude, ǁZǁ (kΩ)phase-angle, ƟZo (degrees)0.1 0.5 1.0 5.0 10.0 50.0 200.0 Vmv(t) = 1 (~-Vm+VzRIzZFigure 3.0a: R-L circuit with sinusoidal AC source+Lto CH-1v(t) = |" (~VmVz(t)to CH-2+-VmRIz(t)VR(t)Figure 3.0b: R-L circuit with sinusoidal AC source and measurement connections.

Answered: Vm v(t) = 1 (~ -Vm + Vz R Iz Z Figure…

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

For the circuit in Figure 3.0a: If v(t) = 10cos(⍵t + 0º) volts, R = 510 Ω, and L = 4.7 mH; use your derived expressions to determine the magnitude ǁZǁ; the phase-angle, ƟZo and the magnitude, ǁIZǁ at each frequency, f listed in below Table 3.0.

Recall: ⍵ = 2πf; and 1kHz = 103Hz = 1000Hz.

frequency, f (kHz)	magnitude, ǁIZǁ (mA)	magnitude, ǁZǁ (kΩ)	phase-angle, ƟZo (degrees)
0.1
0.5
1.0
5.0
10.0
50.0
200.0