1. Describe the comparison between the Sample signal and the Level-ShiftedSignal.Answer:2. Describe the how the 3-bit code sequence in reference to the Quantizedsignal.Answer:3. What line statement/s of the program code which you think is/areresponsible in generating the n-bit code sequence?Answer:4. Rerun the program using the input n=4 and fm=1. What have you observein comparison when n=3 with respect to each recovered signal?Answer:5. What conclusion can you give on how an PCM works?Answer: import numpy as mpimport matplotlibmatplotlib.use(tkAgg*)import matplotlib.pyplot as pltn = int(input('Enterthe no. of bits for PCM = '))fm - int (input('Enter the message frequency - '))|A=2fs-100 fmtlen-1t = np.airange (np.round(tlen fs))/float(fs)sx=A*(np.sin(2*np.pi*fm*t))sig®=(A+ (sx))/2q-(zª+n)-1sigl-np.array(np.round(sigu^q))sigl-np.int_(sigl)pcode-np.empty(len(sigl),dtype-object)for i in range(len(sig.¹)):print(Binary Serial Output')print (pcode)排………!-MODULATION-recsig-[1for i in range (len(sig¹)):sig2-np.empty(len(się¹),dtype-object)for 1 in range (len(sigl)):sig2[1]-int((pcode[1]),2)rccs1g-append((2+(512[1])/q) -A)plt. legend()plt.xlabel("Time")plt.ylabel("Amplitude")width-n)-DEMODULATION-plt.plot(t, sx, color="y")plt.stem(t, sx, 'y', label='Sampled Signal')plt.legend()plt.grid ()plt.show()pll. Lille ("Signal")plt.plot(t, sige, "g, label='Leve-Shifted Signal")plt.ylabel("Amplitude")--Waveform-plt.show()plt.step(t, sig2, label-Decoded Quantized Signal", color-'r')plt.legend()plt.ylabel("Amplitude")plt.show()plt.step(t,recsig, label="Recovered Signal", color='r')plt.legend()

. SOLUTION PART-1 Sample Signal Sample…

1. Describe the comparison between the Sample signal and the Level-Shifted Signal. Answer: 2. Describe the how the 3-bit code sequence in reference to the Quantized signal. Answer: 3. What line statement/s of the program code which you think is/are responsible in generating the n-bit code sequence? Answer:

1. Describe the comparison between the Sample signal and the Level-Shifted Signal. Answer: 2. Describe the how the 3-bit code sequence in reference to the Quantized signal. Answer: 3. What line statement/s of the program code which you think is/are responsible in generating the n-bit code sequence? Answer:

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

Similar questions

Decoder circuit as shown in the following Figure. if A is LSB and C is MSB, the output expression F= YO Y Y, Y, D. Y. Decoder O a. B' O b. C O'c.B O d. C
please answer with solution Determine the “M” value and number of data bits that can be represented by a single symbol using PSK where the possible phase values per symbol can be {π/4, 3π/4, 5π/4, 7π/4}. a. M=2, N=1 bit per symbol b. M=4, N=2 bit per symbol c. M=6, N=3 bit per symbol d. M=8, N=3 bit per symbol
PWM frqueney eeSTrO 1- Dekymine PWM frequencies and resolution frequarcy at 159MH ? ? ? 1. 1. Timer Prescalar (14,6)16 4 PR2 ONFFH OFFH ONFFH OKSFH OKI OKIH Max Resolutia(bits d1o 10 10 8 7 SS 7 S.5
Q / Find the required signaliny rate and Probability of error for F'SK sys tem binary used to transmit data over a wi'reless channed shown below,cons idriny the signal Poner (0.0002*152) w and noise power Spectral densi'ty of (loJW/Hz HCF) 120 2380 ZH J 1960
1x (n) N=4 ) ×(と) =? %3D (x (e) = DFT (X cn)= ? ) %3D 3. 0 123 find the OfT of the signal Xcn) below for N=4? x (K) -k graph Draw
Huffman codes of A and B are 111 and 01. What is the average number of bits if frequencies of A=0.15 and B=0.23 ?
Determine the binary values for which the following SOP expression is equal to 1: XYZ + XYZ + XYZ + XYZ + XYZ Is this a standard SOP expression?
please give some reference and book's name you got the inf PIC16 VS PIC18 Pic18. Vs pic16 Explain if PLLs are used in either series and what are the maximum supported system frequencies? • Which series has more status flags? What are these flags? How is conditional branching in the PIC 18 series
The figure below shows a multiplexer where S, and S, are the select lines. I, to I, are the input data lines, EN is the enable line, and F(P, Q, R) is the output. F is EN R F MUX R 12 13 S, So P Q
Perform the following functions:a. What will be the parity of the data signal to send as even parity:10111010101(0110)BCD = (---?---)2 = (---?---)Excess-3 = (---?---)Grayb. How to represent following numbers in signed representation:1. (-25)102. (-63)10
See the figure below for Manchester scheme on CH-1 of Scope. Write the corresponding input bit stream. DE
QUESTION 13 Assume (+) is a bit interval with positive voltage, and (-) is a bit interval with a negative voltage, write the bits transmitted if the following signal was encoded using a. NRZ-L b. NRZ-I Assume first bit is 0! ++--+-++-- For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac). BIUS Paragraph Arial 10pt !!! !!!