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You are required to design the Transmitter part of a digital communication system for transmitting an analog signal over a channel that can support a bandwidth of up to 1KHZ and also an SNR=30dB will be a good signal to noise ratio to work on this channel. Analog Input TX Channel RX Digital Analog Outp Signalling Keep in mind that the Transmitter should be composed of a PCM system and the system that generates the physical signals to be transmitted. Calculate the maximum Spectral Efficiency and continue your design with the max Data Rate (R=C) resulting with the max spectral efficiency. Also state how many levels should your M-ary (Multilevel) signal have in order to obtain this efficiency. Design the PCM system that will transform the input analog signal to digital and calculate the sampling period of the PCM system to obtain the bitrate necessary that is calculated. Please also state what should the Bandwidth of the Analog input signal be to be able to use this communication system. Please state the necessary assumtions and show all your calculations through the design. Keep in mind that the resources should be used efficiently to have a "good" design. Also, add your comments on the assumptions you make and results you obtain.

You are required to design the Transmitter part of a digital communication system for transmitting an analog signal over a channel that can support a bandwidth of up to 1KHZ and also an SNR=30dB will be a good signal to noise ratio to work on this channel. Analog Input TX Channel RX Digital Analog Outp Signalling Keep in mind that the Transmitter should be composed of a PCM system and the system that generates the physical signals to be transmitted. Calculate the maximum Spectral Efficiency and continue your design with the max Data Rate (R=C) resulting with the max spectral efficiency. Also state how many levels should your M-ary (Multilevel) signal have in order to obtain this efficiency. Design the PCM system that will transform the input analog signal to digital and calculate the sampling period of the PCM system to obtain the bitrate necessary that is calculated. Please also state what should the Bandwidth of the Analog input signal be to be able to use this communication system. Please state the necessary assumtions and show all your calculations through the design. Keep in mind that the resources should be used efficiently to have a "good" design. Also, add your comments on the assumptions you make and results you obtain.

Introductory Circuit Analysis (13th Edition)
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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You are required to design the Transmitter part of a digital communication system for transmitting an analog signal over a channel that can support a bandwidth of up to 1KH2 and also an SNR=30DB will be a good signal to noise ratio to work on this channel. Analog Input TX Channel RX Digital Analog Outpu" Signalling Keep in mind that the Transmitter should be composed of a PCM system and the system that generates the physical signals to be transmitted. Calculate the maximum Spectral Efficiency and continue your design with the max Data Rate (R=C) resulting with the max spectral efficiency. Also state how many levels should your M-ary (Multilevel) signal have in order to obtain this efficiency. Design the PCM system that will transform the input analog signal to digital and calculate the sampling period of the PCM system to obtain the bitrate necessary that is calculated. Please also state what should the Bandwidth of the Analog input signal be to be able to use this communication system. Please state the necessary assumtions and show all your calculations through the design. Keep in mind that the resources should be used efficiently to have a "good" design. Also, add your comments on the assumptions you make and results you obtain.
Transcribed Image Text:You are required to design the Transmitter part of a digital communication system for transmitting an analog signal over a channel that can support a bandwidth of up to 1KH2 and also an SNR=30DB will be a good signal to noise ratio to work on this channel. Analog Input TX Channel RX Digital Analog Outpu" Signalling Keep in mind that the Transmitter should be composed of a PCM system and the system that generates the physical signals to be transmitted. Calculate the maximum Spectral Efficiency and continue your design with the max Data Rate (R=C) resulting with the max spectral efficiency. Also state how many levels should your M-ary (Multilevel) signal have in order to obtain this efficiency. Design the PCM system that will transform the input analog signal to digital and calculate the sampling period of the PCM system to obtain the bitrate necessary that is calculated. Please also state what should the Bandwidth of the Analog input signal be to be able to use this communication system. Please state the necessary assumtions and show all your calculations through the design. Keep in mind that the resources should be used efficiently to have a "good" design. Also, add your comments on the assumptions you make and results you obtain.
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