. Assume a DM system that can only process analog information signals with a 3.5 kHz bandwidth. The system is subjected to a test signal with an amplitude of one volt and a frequency of 800 Hz and 64 KHz sampling rate. Compute: 1- The value of the step size to avoid slope overload. 2- The granular-noise power. 3- The signal-to-noise ratio.
. Assume a DM system that can only process analog information signals with a 3.5 kHz bandwidth. The system is subjected to a test signal with an amplitude of one volt and a frequency of 800 Hz and 64 KHz sampling rate. Compute: 1- The value of the step size to avoid slope overload. 2- The granular-noise power. 3- The signal-to-noise ratio.
Chapter25: Television, Telephone, And Low-voltage Signal Systems
Section25.3: Signal System
Problem 1R
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![Assume a DM system that can only process analog information signals with a
3.5 kHz bandwidth. The system is subjected to a test signal with an amplitude of one
volt and a frequency of 800 Hz and 64 KHz sampling rate. Compute:
1- The value of the step size to avoid slope overload.
2- The granular-noise power.
3- The signal-to-noise ratio.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8f5a68fc-90f2-46ab-b88d-094b11e556d3%2F2b769cdd-4dde-4813-b95a-5fd5c11d12a7%2Fho59a3d_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Assume a DM system that can only process analog information signals with a
3.5 kHz bandwidth. The system is subjected to a test signal with an amplitude of one
volt and a frequency of 800 Hz and 64 KHz sampling rate. Compute:
1- The value of the step size to avoid slope overload.
2- The granular-noise power.
3- The signal-to-noise ratio.
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