question 1 d-f LAB 2.pdfAssignment1.pdfPDE advanced-mathematical-techniqE EEB434 Tutorial.pdfO File | C:/Users/Kelekwe/Downloads/EEB434%20Tutorial.pdf...O Page viewA Read aloudT Add textV Draw- HighlightO Eraseof 2University of BotswanaDepartment of Electrical EngineeringEEB 434 Communication Principles TutorialQuestion 1i.Find the normalized power for each signal below that is a power signal and the normalizedenergy for each signal that is an energy signal. If a signal is neither a power signal nor anenergy signal, so designate it. Sketch each signal (a is a positive constant).(a) x1(t) = 2 cos(4xt + 2x/3)(b) х, () — ета и()(c) x3(t) = e"u(-t)(d) x,(t) = (a² +1?)-1/2(e) xs(t) = e¬«le|(f) x6 (1) = e-a u(t) – e¬a(t-1)u(t – 1)Question 2i.A message signal is a square wave with maximum and minimum values of 8 and -8 V,respectively. The modulation index a = 0.7 and the carrier amplitude Ac = 100 V.Determine,a) The power in the sidebandsb) The efficiencyQuestion 3i.The positive portion of the envelope of the output of an AM modulator is shown inFigure 1. The message signal is a waveform having zero DC value. Determine the,a) modulation index,b) the carrier power,c) the efficiencyd) the power in the sidebands.1:51 PMO Type here to search26°C Mostly cloudyHiW11/25/2021-

Solution of mentioned parts d ,e ,f of question 1 is given below

O Page view A Read aloud O Add text V Draw E Highlight O Erase University of Botswana Department of Electrical Engineering EEB 434 Communication Principles Tutorial Question 1 Find the normalized power for each signal below that is a power signal and the normalized energy for each signal that is an energy signal. If a signal is neither a power signal nor an energy signal, so designate it. Sketch each signal (æis a positive constant). i. (a) x(1) = 2 cos(4xt + 2x /3) (b) x2 (1) = e~" u(t) (c) x3(1) = e"u(-t) (d) x,1) = (a² +r²)-/2 (e) xs(t) = e~«| (f) x, (1) = e~«" u(1) – e~«t-1)u(t – 1) Question 2 i. A message signal is a square wave with maximum and minimum values of 8 and -8 V, respectively. The modulation index a = 0.7 and the carrier amplitude Ac= 100 V. Determine, a) The power in the sidebands b) The efficiency Question 3 i. The positive portion of the envelope of the output of an AM modulator is shown in Figure 1. The message signal is a waveform having zero DC value. Determine the, a) modulation index, b) the carrier power, c) the efficiency the power in the sidebands 1:51 PM earch 26°C Mostly cloudy ^ a 11/25/2021

O Page view A Read aloud O Add text V Draw E Highlight O Erase University of Botswana Department of Electrical Engineering EEB 434 Communication Principles Tutorial Question 1 Find the normalized power for each signal below that is a power signal and the normalized energy for each signal that is an energy signal. If a signal is neither a power signal nor an energy signal, so designate it. Sketch each signal (æis a positive constant). i. (a) x(1) = 2 cos(4xt + 2x /3) (b) x2 (1) = e~" u(t) (c) x3(1) = e"u(-t) (d) x,1) = (a² +r²)-/2 (e) xs(t) = e~«| (f) x, (1) = e~«" u(1) – e~«t-1)u(t – 1) Question 2 i. A message signal is a square wave with maximum and minimum values of 8 and -8 V, respectively. The modulation index a = 0.7 and the carrier amplitude Ac= 100 V. Determine, a) The power in the sidebands b) The efficiency Question 3 i. The positive portion of the envelope of the output of an AM modulator is shown in Figure 1. The message signal is a waveform having zero DC value. Determine the, a) modulation index, b) the carrier power, c) the efficiency the power in the sidebands 1:51 PM earch 26°C Mostly cloudy ^ a 11/25/2021

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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