5. Design an Analog to Digital converter system to sample a voltage = 8 sin wt. This signal has a maximum frequency of 2000 Hz. You want to have a quantization error of less than 2 millivolts. Specify: (1) the range you would use, (2) the bit size, and (3) the sampling rate. Explain and show your calculations. (Note: quantization error = ½ of the resolution; resolution = voltage value associated with a change of the least significant bit).
5. Design an Analog to Digital converter system to sample a voltage = 8 sin wt. This signal has a maximum frequency of 2000 Hz. You want to have a quantization error of less than 2 millivolts. Specify: (1) the range you would use, (2) the bit size, and (3) the sampling rate. Explain and show your calculations. (Note: quantization error = ½ of the resolution; resolution = voltage value associated with a change of the least significant bit).
Chapter25: Television, Telephone, And Low-voltage Signal Systems
Section25.3: Signal System
Problem 1R
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![5. Design an Analog to Digital converter system to sample a voltage = 8 sin wt. This signal
has a maximum frequency of 2000 Hz. You want to have a quantization error of
less than 2 millivolts. Specify: (1) the range you would use, (2) the bit size, and (3) the
sampling rate. Explain and show your calculations. (Note: quantization error = ½ of the
resolution;
resolution = voltage value associated with a change of the least significant bit).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa18d1b23-de42-4031-a9d8-98e670c6e8a6%2Fa91d0bc0-f4df-45f3-96d3-56abe8163a4b%2F6lr6k5_processed.png&w=3840&q=75)
Transcribed Image Text:5. Design an Analog to Digital converter system to sample a voltage = 8 sin wt. This signal
has a maximum frequency of 2000 Hz. You want to have a quantization error of
less than 2 millivolts. Specify: (1) the range you would use, (2) the bit size, and (3) the
sampling rate. Explain and show your calculations. (Note: quantization error = ½ of the
resolution;
resolution = voltage value associated with a change of the least significant bit).
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