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(m) Using the input voltage as a reference (E = E 20° = 8 V (p-p) 20°) and the measured values of the currents I, and I,, draw a phasor diagram to scale and determine the current I. Use all peak-to-peak values. 10 kHz E = 8V (p-p) Ο FIG. 9.1 IL IR Ι ΚΩ VR 000 + 10 mH VL

(m) Using the input voltage as a reference (E = E 20° = 8 V (p-p) 20°) and the measured values of the currents I, and I,, draw a phasor diagram to scale and determine the current I. Use all peak-to-peak values. 10 kHz E = 8V (p-p) Ο FIG. 9.1 IL IR Ι ΚΩ VR 000 + 10 mH VL

Introductory Circuit Analysis (13th Edition)
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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Table 9.1

 

Calculated

Measured

Is(p-p)

15.05mA∠-57.86°

15mA

IL(p-p)

12.732mA∠-90°

12.6mA

IR(p-p)

8mA∠0°

8mA

VRs(p-p) (for Is)

150mV

150mV

VRs(p-p) (for IL)

126mV

126mV
(m) Using the input voltage as a reference (E = E 20° = 8 V (p-p) 20°) and the measured values of the currents I, and I,, draw a phasor diagram to scale and determine the current I. Use all peak-to-peak values.
Transcribed Image Text:(m) Using the input voltage as a reference (E = E 20° = 8 V (p-p) 20°) and the measured values of the currents I, and I,, draw a phasor diagram to scale and determine the current I. Use all peak-to-peak values.
10 kHz E = 8V (p-p) Ο FIG. 9.1 IL IR Ι ΚΩ VR 000 + 10 mH VL
Transcribed Image Text:10 kHz E = 8V (p-p) Ο FIG. 9.1 IL IR Ι ΚΩ VR 000 + 10 mH VL
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