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5 Discussion 1-What is the DM? 2-How to reduce the slop over load? 3-What an optimum step can be determined to reduce noise and distortion delta modulation? 4-What is the deference between DM and PCM and which one is best? 5-what are the system parameters which control the step size (quantization amplitude) for a given sampling rate? 10 6-knowledge of the step size alone is insufficient to make a statement about the possibility of slope overload. What else needs to be known?

5 Discussion 1-What is the DM? 2-How to reduce the slop over load? 3-What an optimum step can be determined to reduce noise and distortion delta modulation? 4-What is the deference between DM and PCM and which one is best? 5-what are the system parameters which control the step size (quantization amplitude) for a given sampling rate? 10 6-knowledge of the step size alone is insufficient to make a statement about the possibility of slope overload. What else needs to be known?

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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5 Discussion 1-What is the DM? 2-How to reduce the slop over load? 3- What an optimum step can be determined to reduce noise and distortion delta modulation? 4-What is the deference between DM and PCM and which one is best? 5-what are the system parameters which control the step size (quantization amplitude) for a given sampling rate? 10 6-knowledge of the step size alone is insufficient to make a statement about the possibility of slope overload. What else needs to be known?
Transcribed Image Text:5 Discussion 1-What is the DM? 2-How to reduce the slop over load? 3- What an optimum step can be determined to reduce noise and distortion delta modulation? 4-What is the deference between DM and PCM and which one is best? 5-what are the system parameters which control the step size (quantization amplitude) for a given sampling rate? 10 6-knowledge of the step size alone is insufficient to make a statement about the possibility of slope overload. What else needs to be known?
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