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Eight input signals, each of bandwidth 4 kHz are timely multiplexed, quantized and binary PCM coded. The error in amplitude level of quantization process must be greater that 0.00001 of squared of peak amplitude. Find the values of M, N and bit rate if the sampling rate considered as 50% above the Nyquist .rate M=182 levels, N=7 bits, rb= 767 kbps O M=180 levels, N=5 bits, rb= 765 kbps M=181 levels, N=6 bits, rb= 766 kbps M=184 levels, N=9 bits, rb= 769 kbps M=183 levels, N=8 bits, rb= 768 kbps

Eight input signals, each of bandwidth 4 kHz are timely multiplexed, quantized and binary PCM coded. The error in amplitude level of quantization process must be greater that 0.00001 of squared of peak amplitude. Find the values of M, N and bit rate if the sampling rate considered as 50% above the Nyquist .rate M=182 levels, N=7 bits, rb= 767 kbps O M=180 levels, N=5 bits, rb= 765 kbps M=181 levels, N=6 bits, rb= 766 kbps M=184 levels, N=9 bits, rb= 769 kbps M=183 levels, N=8 bits, rb= 768 kbps

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Eight input signals, each of bandwidth 4 kHz are timely multiplexed, quantized and binary PCM coded. The error in amplitude level of quantization process must be greater that 0.00001 of squared of peak amplitude. Find the values of M, N and bit rate if the sampling rate considered as 50% above the Nyquist .rate M=182 levels, N=7 bits, rb= 767 kbps M=180 levels, N=5 bits, rb= 765 kbps M=181 levels, N=6 bits, rb= 766 kbps M=184 levels, N=9 bits, rb= 769 kbps M=183 levels, N=8 bits, rb= 768 kbps
Transcribed Image Text:Eight input signals, each of bandwidth 4 kHz are timely multiplexed, quantized and binary PCM coded. The error in amplitude level of quantization process must be greater that 0.00001 of squared of peak amplitude. Find the values of M, N and bit rate if the sampling rate considered as 50% above the Nyquist .rate M=182 levels, N=7 bits, rb= 767 kbps M=180 levels, N=5 bits, rb= 765 kbps M=181 levels, N=6 bits, rb= 766 kbps M=184 levels, N=9 bits, rb= 769 kbps M=183 levels, N=8 bits, rb= 768 kbps
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