55. Below are two lists, one of time-domain functions and one of frequency-domainfunctions. Match the frequency-domain functions to their inverse CTFTS in thelist of time-domain functions. (A match may not exist.)(a)Frequency DomainA 5[8(f – 200) + 8(f +200)]Time Domain1. -(1/2)81/8 (1)2. 5 sinc(2(t+2))(5/2) rect(f/2)e¯j4mf3. 38(3t – 9)C 80 sinc(20f)e¯j8mf4. -7 sinc? (t/12)D -84 tri(12f)5. 5 sinc(2(t – 2)E -96 sinc(4f)e2¤f6. 5cos(200t)F -488(-f)7. 2 tri((t+5)/10)G e-j6nf8. 38(t – 3)H 10sinc²(5f)ej10mf9. -24[u(t+1) – u(t – 3)]10. -281/4(-t)11. 9rect((t – 4)/20)12. 2 tri((t +10)/5)13. -24[u(t+3) - u(t – 1)]14. 10 cos(400T1)

Answered: Image /qna-images/answer/557a76f6-d610-4242-b474-f864fc55b035.jpg

Answered: Frequency Domain A 5[8(f – 200) + 8(f +…

Frequency Domain A 5[8(f – 200) + 8(f + 200)] В (5/2) rect(f/2)e-j4nf C 180 sinc(20 f)e¬j8nf D -84 tri(12f) E -96 sinc(4 f)e2™f F -48(-f) G e-j6nf H 10 sinc?(5f)ejl0f

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: A contimous-time sinusoid has frequency 2= 70r rads/sec and is sampled at a sampling interval of T…

A: Given data, Frequency of continuous time signal, π=70π rad/s Sampling interval T=0.01 s

Q: In the figure shown below, the input signal is x(7)=(f)e" , and the output signal is y(t)=u(t)e".…

A: In this question, we have find the frequency response HJw' Data is given as xt=ut e-t…

Q: R2 C2

A: Given R1=R2=1 MΩC1=C2=1 μFω=103 rad/sec. Taking virtual grounding

Q: roblem: Based on the following block diagram answer the following questions. -20RH: 20kHz a(1)…

Q: A series RLC circuit is driven by a signal generator. The resonant frequency of the network is known…

A: The resonance frequency of the series RLC circuit is given as: ω=1LC Putting all the data given in…

Q: Q4) For the waveform shown in below, determine: 1- Time Period (T). o) 2- Frequency (). 3- Vav 4-…

A: In the given waveform, Find the time period? Frequency? Average voltage Rms voltage and form…

Q: el For Flip sR the equation is 'NotQc@) 2) R+s'Q' っ)S+ Ra =)s'+R'Q

Q: 5. a) Draw a block diagram representation a Frequency Division Multiplexing (FDM) scheme to transmit…

Q: Choose the suitable choice for the following sentences. 1. At any resonant circuit the input…

A: Since you have asked multiple subparts in a single request, we will be answering only the first…

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

Q: A nonperiodic composite signal has a bandwidth of 170 kHz, with a middle frequency of 120 kHz and a…

Q: x(t) = 4 Sinc(8t)cos(10t). a) What is the mathematical representation of X(@)? Sketch it. b) Compute…

A: We need to find out the Fourier transform of given signal and its sampled signal and energy for the…

Q: 9. Describe the fundamental frequency, angular frequency and amplitude characteristics of the har-…

Q: eries RLC circuit is driven by a signal generator. The resonant frequency of the network is known to…

A: The detailed answer is solved below according to the given parameters and instructions in the…

Q: Q. Find the number of closed loop right half s-planes of CG(s) = lo 353+ 65+5s+3

A: Routh Hurwitz necessary but not sufficient condition for stability is a)The coefficient of all…

Q: Consider the function g(f). g(t) 7sin (20t) + 8cos (4t) Find the fundamental period and fundamental…

A: The detailed answer is solved below according to the given parameters and instructions in the…

Q: 5. Find the fundamental period and fundamental frequency for the following signals, if exists? a)…

Q: Low Frequency Response: Compute for the following. d. Fcl(input) 9V 2.3 KQ 330 ΚΩ 1uF 1.6 ΚΩ 1uF H…

A: Point of Amplifier response is the frequency when gain is lesser than 3 db. The overall gain will be…

Q: Q7 For the network of Fig. 1.44: a- Determine fH; and fH.: b- Find fB and fT. c- Sketch the…

Q: A nonlinear system takes the square of its input as y(t) = [r(t)]". %3D The input to this system is…

Q: A television channel is assigned the frequency range from 54MHZ to 60MHZ. A series RLC tuning…

Q: 2 Determine the power and sketch frequency spectrum of the following signal Paws ast+ Eait f(t) = 1-…

Q: 1. Determine the frequency-domain representations corresponding to each of the following time-domain…

Q: Q2. For the system shown in figure beside; Given that: g:(t) 91(t) = 10 * I () G2) = 1 x(t) y(t)…

Q: a) A parallel resonant RLC circuit is driven by a current source is = 20 cos(@t) MA and %3D Shows a…

A: Given Parallel RLC circuit is=20cos(wt)mA At w=1000 rad/sec output is maximum 8V At…

Q: 4sin (200nt) h the magnitude and the phase of the CTFT of the glven signal.

Q: Low Frequency Response: Compute for the following. e. Fcl(output) 9V 2.3 ΚΩ 330 ΚΩ 1uF HH 1.6 ΚΩ 1uF…

A: BJT: It is three terminal semiconductor device that is used as a switch and amplifying the gain of…

Q: IN A SERIES RLC CIRCUIT DRIVEN BY SINUSOIDAL INPUT SIGNAL, THE PHASE BETWEEN THE CURRENT AND THE…

A: As shown in the given plot At f=10Khz The value of phase is 0.8 rad.

Q: 2. Draw the spectrum if the signal shown on the first graph is sampled at a. 4kHz b. 7kHz c. What is…

A: While the analog signal is being transmitted, it is first sampled at some particular points and then…

Q: A series RLC circuit is driven by a signal generator. The resonant frequency of the network is known…

A: Given series R-L-C circuit is at resonance. The resonance frequency is 1600 rad/sec. Impedance by…

Q: fb Q/ write its equation if the modulation + CD type is AM/DSB- SC -6V Ac cosot) Ac - Ac SAMH 6 Ac…

A: For the DSB-SC modulation type, the equation for DSB-SC wave signal is given by, SAM(t)=f(t)×C(t)…

Q: 4 Measure the frequency response of G( ja), and plot it out in Excel:

A: We have to find the frequency response Gjω for the system shown below and plot it out in Excel:

Q: 9. Given a signal f(t) as shown below. Its FT F(@) is to be: A F(@) = 20 sinc(10@-)+sinc(10@+) 2 2…

Q: A series RLC circuit is driven by a signal generator. The resonant frequency of the network is known…

A: To find the value of inductance

Q: - Find the Nyquist rate for the following signal: x(t) = -32sinc(101rt)cos(200.tt)

A: Given X(t)=-32 sinc(101t)cos(200*pi*t) We need to find the nyquist rate. Please find the below…

Q: Bandwidth of PAM signal with pulse train (0.03TS) for analog signal fm 3.4 KHz %3D is O 2.35 Mhz 3.5…

A: In this question, Choose the correct option What is bandwidth of the PAM signal with pulse train…

Q: Q3-A) Find the Power and sketch the frequency spectrum of the following signal v(t) = 2+ 6Cos(2n10t…

Q: 4 Find the F.T. of the following Signals using differentiation prop. <-2 2 2 Ans F(w) = 4(sinc(w) -…

Q: The spectrum of a certain signal is equal to: 100 X(f) = j2nf(j2nf + 10) Then the signal in time…

A: The given function is: Xf=100j2πfj2πf+10

Q: Q1: Sketch the signal and double amplitude and phase spectrum of the following signals: (a) f(t) =…

Q: Find DFT values of x- [2 19 2] and plot amplitude and phase spectrum. Write axis labels.

Q: For a series RLC circuit with a sinusoidal input voltage, the amplitude of the current passing…

A: According to the question, we need to find the frequency for the quality factor of the first graph.

Q: ) 0btoin the tronsfer functH Vout Vin C2 R. D What is the C. Volue to ploce Pero frequency to 20kH2?…

Q: 9. The circuit is as shown in the figure, and the capacitance in the passband can be regarded as a…

A: Given : From the given question it is very clear that the given circuit is a NMOS transistor.…

Q: Find the F.T. of the following Signals using differentiation prop. №. 2 2 +t Ans F(w) = 4(sinc(w) -…

A: A function's differentiation in the time domain is equal to multiplying its Fourier transform by a…

Q: How many corner frequencies are in the following sinusoidal transfer function? 10(jw + 100) (jw + 1)…

A: Given that G(jw) = 10(jw+100)/(jw+1) Converting above into time constant form G(jw) =…

Q: The FET in the following circuit has gm = 5mu,and rds =20k 1. The corner frequency of Cgs is equal…

A: Drawing the AC equivalent circuit and ignore the external capacitances as shown below:

Q: In a series RLC circuit that is operating above the resonant frequency, the current Leads the…

A: 1) Ans . lag the applied voltage as we operate the circuit above the resonance frequency due to RL…

Concept explainers

Fourier Series

Most of the incidents studied in the field of Engineering and Science as a function of time. For example, current and voltage are in the alternating current circuit. These occasional activities can be analyzed in the activity components (fundamental frequency and harmonics) through a process called Fourier analysis.

Question

55. Below are two lists, one of time-domain functions and one of frequency-domain
functions. Match the frequency-domain functions to their inverse CTFTS in the
list of time-domain functions. (A match may not exist.)
(a)
Frequency Domain
A 5[8(f – 200) + 8(f +200)]
Time Domain
1. -(1/2)81/8 (1)
2. 5 sinc(2(t+2))
(5/2) rect(f/2)e¯j4mf
3. 38(3t – 9)
C 80 sinc(20f)e¯j8mf
4. -7 sinc? (t/12)
D -84 tri(12f)
5. 5 sinc(2(t – 2)
E -96 sinc(4f)e2¤f
6. 5cos(200t)
F -488(-f)
7. 2 tri((t+5)/10)
G e-j6nf
8. 38(t – 3)
H 10sinc²(5f)ej10mf
9. -24[u(t+1) – u(t – 3)]
10. -281/4(-t)
11. 9rect((t – 4)/20)
12. 2 tri((t +10)/5)
13. -24[u(t+3) - u(t – 1)]
14. 10 cos(400T1)

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 by step

Solved in 2 steps with 2 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

9. PLOT. Plot the sine wave at frequency fm and the sampling signal at frequency fs1. Write a MATLAB program to take input both fm and fs1 and plot the curves mentioned above.,.
The relationship between amplitude and frequency can be represented by a. frequency-domain plot. b. Time-domain plot. c. Phase Domain Plot d. Amplitude domain Plot
(3) A sinusoidal signal of frequency 200 Hz is sampled at a rate of 1200 samples per second. Draw two cycles of the analog signal and show where sampling occurs on the waveform.
ument-460F8C6BE9D6- x 5-1.pdf CD Page view A Read aloud 1: Theory 1.1 Describe briefly a sinusoidal signal and ALL its properties. Give example with figures. ongingoring which is si +.
Frequency Modulation: Time Domain, Frequency Domain Give a detailed explanation about the time domain and frequency domain of frequency modulation (FM)
A sinusoid signal v(n) = 5 sin( @₂ .n) with f=5 Hz and fs = 10 kHz has to be quantized @ (Vq(n) = Q[v(n)]) with a midtreat quantizer. The range of the signal is ±5 V and the word length of the quantizer 4 bits. The quantizer is at digital full scale. (a) How many quantization levels L does the quantizer have? What is the value of A? (b) Sketch the input-output characteristic of the quantizer. How different is a midtreat quantizer to a midrise quantizer. (c) For time index n = 1250 calculate the quantized value v₁ (n), the quantization error eq(n) and represent vą (n) using RZ code. (d) Calculate the power P of the quantization noise. (e) Determine the SNR in dB.
Define a truncated sinusoid function. Use fs=100 Hz for time 0 to 10. From time 0 to 5 define a sinusoid of frequency 1 Hz. After that the signal should be 0. Plot this. Compute the FFT of this signal using N points (N=length of signal) and plot the magnitude of the first 100 frequencies along with the correct frequencies (scale n/N by fs). Can you identify the primary frequency of your signal from this plot? Are there other frequencies and why or why not? Repeat this analysis using 10N points in the FFT (and plot 10x as many frequencies so you have the same range shown). What did this do to the DFT and to your resulting magnitudes.
Find the autocorrelation function for the following function:- xt) .............. ...... .......
i need both parts a and b. but for part b as of righ now the bounds are not inf to inf? how would i change it to inf to inf to match and use parsevals for that? also please make sure to see that there are phase shifts in part a with both sinc functions. step by step solution is greatly appreciated
Generate a 2 KHz sinusoid with a Peak to Peak Voltage of 2V (+/- 1V), and generate a quantized signal when N=8 and N=16 levels. Calculate Signal to Quantization Noise Ratio (SQNR).
n Which of the following statements is not correct: O a. A first-order PLL can track a phase step with a zero steady-state error. O b. A first-order PLL can track a frequency step with a zero steady-state error. Oc. A second-order PLL can track a frequency step with zero steady-state error. O d. A third-order PLL can track a frequency step with zero steady-state error.
2. The signal x(t) = sin(2022nt) is sampled at 455 Hz. Deternmine the equivalent signal and sampled signal expression.