2. PCM A voice signal is measured at 3.21692 V and it resides inside an interval from 3.20 V to 3.30 V. b) If there were 512 levels in the PCM encoder, how many bits would the sample above represent? HINT: L=2" d) If the total range of voltages started at zero and there are 512 intervals, what would the maximum possible voltage be? e) The original voice signal voltage and the decoded voltage value are different. What is this "round off error"?

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2.
PCM
A voice signal is measured at 3.21692 V and it resides inside an interval from 3.20 V to
3.30 V.
b) If there were 512 levels in the PCM encoder, how many bits would the sample
above represent? HINT: L=2"
d) If the total range of voltages started at zero and there are 512 intervals, what would
the maximum possible voltage be?
e) The original voice signal voltage and the decoded voltage value are different.
What is this "round off error"?
f) What is the ratio of received voltage to round off error in absolute and in dB form?
This is signal to noise ratio for this digital system.
Transcribed Image Text:2. PCM A voice signal is measured at 3.21692 V and it resides inside an interval from 3.20 V to 3.30 V. b) If there were 512 levels in the PCM encoder, how many bits would the sample above represent? HINT: L=2" d) If the total range of voltages started at zero and there are 512 intervals, what would the maximum possible voltage be? e) The original voice signal voltage and the decoded voltage value are different. What is this "round off error"? f) What is the ratio of received voltage to round off error in absolute and in dB form? This is signal to noise ratio for this digital system.
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