Q2: Given that:g1(t)9i(t) = |10) cos 2m(10 000)t|H:(f)|G2(f) = 11YH1(f)f(kHz)-15-515g2(t)i. Sketch: G,(f), Y(f) and X(f)ii. Find the Band Width of: Y(f) and X(f)

Answered: Image /qna-images/answer/29c19175-55a2-47d5-9e5e-23200e9e0318.jpg

Answered: Q2: Given that: 91(t) = cos 2π ( 10…

Q2: Given that: 91(t) = cos 2π ( 10 000)t g:(t) 10-4 |H:(f)| G2(f) = 1 1 H:(f) + f(kHz) -15 -5 5 15 g2(t) i. Sketch: G,(f), Y(f) and X(f) ii. Find the Band Width of: Y(f) and X(f)

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...

See similar textbooks

Related questions

Q: The tranfer function of a system is given follows 16 [s°t 8s+ 16] Considering determine applied to…

A: In this question, We need to determine the output if input is unit step signal.

Q: Q/ For the below system, if you know that the input is r(t) = A sin(wt) , explain and draw the…

A: Transfer Function: For all potential input values, a transfer function represents the connection…

Q: Q/ For the below system, if you know that the input is r(t) = A sin(wt) explain and draw the…

Q: A Nyquist plot is obtained by plotting the amplitude (NOT in a log scale!) and phase (in degrees) of…

Q: The spectrum of the sampled signal may be obtained without overlapping only if a. fs ≥ 2fm b. fs fm…

A: Non - overlapping spectrum of the sampled signal

Q: Q2: Plot the amplitude and phase spectrum of the following signal: f(t) = e-(4t-2)u(t – 0.5)

Q: Consider a circuit described by a frequency response represented by the red dotted line in the…

A: Given Frequency response curve is shown below. Figure-1 Given input…

Q: x(t) t(10-5) -2 -1 1 o 1 1 3 2 3 2 2 Figure Q7(a) f(kHz) -150 150 Figure Q7(b) 2 f(kHz) 2 Figure…

Q: If the system with a transfer function shown in the block diagram if an input signal is applied…

Q: (1) What is the maximum amplitude for a 1kHz sinusoidal input for a DM system that prevents…

A: Given here frequency of sinusoidal input is 1kHz for DM and sampled at 10 times the nyquist…

Q: QI Find the magnitude, phase, real part, and imaginary part of the complex signal elw x(w) =…

A: It is given that: x(ω)=ejω(jω+1)(jω+3)

Q: After helping your friend, you decided to take a walk. You found a device dis- carded by the side of…

A: Given : In the given question they have mentioned an angle modulated signal. For the given angle…

Q: A NBFM system has a carrier frequency of 300 kHzwith 2 volts amplitude. Let the message signal be a…

Q: Q/ For the below system, if you know that the input is r(t) = A sin(wt) , explain and draw the…

Q: [Q3] The signal r(t) = 20e sin(t) is sampled at the rate 4Hz. What are the values of the first four…

Q: tou for the below system, draw Nyquist plot (draw to scale) then find gain margin and phase margin.

A: The nyquist plot is used to find the stability of the given transfer function.

Q: Q6) If R= 2i -4j +k and F = 3i+j-5k and t = R × F , find the following 1- The value of R × F , 2-…

A: According to question: 1) The value of R cross F is calculated s…

Q: The signal ¤[n] is real-valued and its spectrum is nonzero only over the [-1/8, 7/8] interval. Due…

A: We need to find out new sequence for given condition . We will use shifting property of frequency…

Q: 3) Fin d trons fer the function of Citeul below and drow the Bade plot indicatfng the cut otf ra…

Q: Suppose that the frequency response of a continuous-time LTI system is written in figure 2. And…

Q: Consider the circuit shown below. Select values for the capacitances and inductances to obtain a…

Q: A 10 resistor, an inductor and a 50 uF capacitor have been connected in series across a variable…

A: Given : f=60 HzC=50 μF

Q: From Q1 the gain at low frequencies is -6.88. Therefore CM1 = (1 + 6.88) * 100f = 788 fF and Cy2 =…

Q: The single-sided power spectral density function of the signal: x(t) = 10cos (40nt +) +20sin (70nt…

A: A continuous-time signal is given as:We need to determine its single-sided power spectral density…

Q: Draw the magnitude plot and phase plot for the following transfer function. jw + 10 H(w) = jw(jw +…

A: We need to plot magnitude and phase of given Transfer function .

Q: with the fllowing bade diagram, get the trarsfer function H(W) qnd meke the phase digram Show every…

Q: Find the magnitude, phase and impulse response from the following frequency response H (eju) =…

Q: By properly choosing the value of K, the output c(t) of the system shown in Figure can be made to…

Q: What is the time constant for a RC circuit with C = 10 µF & R = 500K 3. if the peak-to-peak value of…

A: The time constant for an RC circuit is given as τ=R×C--->(1) where R is the value of the…

Q: Solve for the circular convolution of the following signals x(n) and h(n) x(n) 1 -2 h(n) 1 7 y(n) 3.…

A: In the question, Find the signal y(n) using the circular convolution of the given signals.

Q: Required information Consider the function G(f) = e j4Tfrect (): Find the magnitude and phase of…

Q: 5(s+2) G(s) = When the amplitude and phase frequency response analytical expressions are taken into…

A: Let us try to find the phase angle at an angular frequency of w=0 as shown below.

Q: What is the fundemantel period of x[n], and what is the energy/ power of x[n], respectively x[n] =…

A: Here it is asked to get the energy or power of the mentioned signal. Here this is the periodic…

Q: a. Find the ener 1x(t), J-00² b. Find the spectrum, X(f) = F(x(t)}. c. Find the absolute bandwidth…

A: Since you have asked multipart questions, we will solve the first three question for you. If you…

Q: R Given the shown figure to right which shows a RLC circuit. This circuit is to be used as a band…

Q: Suppose the FET chosen for the circuit given also had λ = 0.015 V−1. What are the values of ro and…

A: Given: R1=75Ω C1=0.022μF RG=75Ω Rs=9.1kΩ R7=100kΩ RD=100kΩ C3=0.068μF C2=20pF The given circuit is,…

Q: 1. Find the periods and fundamental frequencies of the following signals a. xa(t) = 2 cos (10rt +2)…

Q: Pls help ASAP. The subject is Electric Networks

A: GIVEN: transfer function Calculate; draw the bode plot ( magnitude and phase plot)

Concept explainers

Frequency Modulation

Frequency modulation is a method or process of encoding the data of a specific signal (analog or digital) by modulating the carrier wave frequency according to the frequency of the modulated signal. Modulated signals are nothing more than information or data that should be conveyed after being converted into electronic signals.

Question

Q2: Given that:
g1(t)
9i(t) = |10) cos 2m(10 000)t
|H:(f)|
G2(f) = 1
1
Y
H1(f)
f(kHz)
-15
-5
15
g2(t)
i. Sketch: G,(f), Y(f) and X(f)
ii. Find the Band Width of: Y(f) and X(f)

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step 3

VIEW

Step by step

Solved in 3 steps with 3 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

as of right nowt this is what i have:the cos component .5 e^-jpi/4 δ(f−40)+ .5 e^-jpi/4 δ(f+40). the sin component: .5j e^-jpi/3 δ(f−45)- .5j e^-jpi/3 δ(f+45). the cosntant should be 3δ(f). and i combined it to make: x(t)= .5 e^-jpi/4 δ(f−40)+ .5 e^-jpi/4 δ(f+40) + .5j e^-jpi/3 δ(f−45)- .5j e^-jpi/3 δ(f+45)- 3δ(f). and the h(t) sinc function should turn into a rect function. then i should convolute x(t) and h(t). please let me know if my approach is correct and show the work with the final answer.
I need the answer as soon as possible
The circuit below is switched at t = 0 after reaching the steady-state. From the given circuit below, find the following. 1. Neper frequency (in rad/s) 2. Resonant Radian Frequency (in rad/s) 3. Root of characteristic equations that is closer to the origin 4. What is the value of A1 from the form of natural response 40V -146t v(t) = A₁-854t such that the experiment is repeated with v(0) = 25V and dv(0)/dt = 0 V/s. + A₂e² +1 30Ω M t=0X 0.8H 500 40µF 50Ω + V
Consider a circuit described by a frequency response represented by the red dotted line in the figure shown. If the input is Vin (t) = 3 cos(2n * 10t) V, what is amplitude of vout (t)? %3D -6 10 20 30 50 100 200 300 500 1000 Frequency (Hz) O 5.99 V O 3.0 V O 7.54 V O 1.19 V 4, 2. 2. Gain (dB)
5) Determine and plot the real continuous-time signal x(t) if its magnitude and phase spectra are as shown in Figure 2: |X(w)| ZX(w) -2 0 2 w(rad/s) Figure 2 -2 K2 Slope= 2 w(rad/s) Ans: A:[-(1-4) sinc
Please solve quickly
E For the parallel RLC circuit with Fo = A MH, Bw= B KHz and R = C K ohm. Find the values of: Quality factor, Inductance, Capacitance,W1, and W2
If we have a discrete time sinusoid as shown in the figure:Can you determine another sinusoidal signal with a digital frequency of 0 < omega < 2phi with the same sample size?.
Solve correctly please. Gpt/ai wrong answer not allowed.
When Ri=0 in the circuit given above, the frequency a is 1.5 kHz in the amplitude spectrum drawn. The capacitance of the capacitor for the same circuit is 1.8 microF. What should be the value of the resistor R so that the quality factor remains unchanged at 3.3 when the resistor Ri is 1.8 ohms?answer choices are in the picture
x (t) - 2sin (4nt) + 1cos (12at) Consider cK] to be the harmonic function of x(f). cz [k] = jA (8 [k + a] – 8 [k – a) + B (8 [k – b] + 8 [k + b]) The numerical values of the constants are A = a = B= and b=
I need an expert's solution to the following questions in a simple manner, without too much explanation. 1. List the different loses in a transformer? 2. Draw (output-vs-efficiency) of a transformer? What is the condition for maximum efficiency? 3. If a transformer is operated at rated frequency but at voltage higher than the rated value, what do you expect the following quantities to change? a) No load current. b) Hysteresis loss. c) Eddy current loss.