(i) A description of how the complex waveform for the VOIP composite signal is achieved from combining the two sinusoidal waveforms, by stating the (i) fundamental expression; (ii) the harmonic expression; (iii) peak values; (iv) any leading or lagging value; (v) the comparison
(i) A description of how the complex waveform for the VOIP composite signal is achieved from combining the two sinusoidal waveforms, by stating the (i) fundamental expression; (ii) the harmonic expression; (iii) peak values; (iv) any leading or lagging value; (v) the comparison
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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Hi, I would really appreciate the help with question (i) utilizing the screenshots, thanks.
Transcribed Image Text:(i) A description of how the complex waveform for the VOIP composite signal is achieved from
combining the two sinusoidal waveforms, by stating the (i) fundamental expression; (ii) the
harmonic expression; (iii) peak values; (iv) any leading or lagging value; (v) the comparison
between the negative and positive half-cycles.
Transcribed Image Text:300
200
E, = 4 V
52
- E2 = 2 V
100
R=4 2
12 V
R=0.82
-100
/2
314- --
-200
Circuit 1- Emergency Lighting
-300
|
Circuit 2 – Alarm System
|
Figure 1– VolP composite signal
On assessing the VOIP composite signal in Figure 1, it was noted that the complex waveform
for the voltage is given by ve = 300 sin ot + 40 sin (3øt + n) volts.
Electromagnetic induction was also noted in the operation of the generator and transformer
for the building.
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