) A compact disc (CD) records audio signals digitally by using Pulse Code Modulation (PCM). Assume the audio signal bandwidth to be f, kHz (as in table. ) and if the Nyquist samples are quantized into L : levels. Determine the following: = (as in table i. Nyquist rate. ii. Number of binary digits required to encode each sample. iii. Number of binary digits per second (bits/s) required to encode the audio signal. iv. Minimum channel band width required to transmit this PCM signal. Sampling frequency if the audio signal is sampled at a rate of 10.0% lower than the minimum Nyquist's sampling frequency. Evaluate whether the Nyquist criterion satisfied. If the sampling rate does not fulfill the Nyquist criterion, explain what will happen to the transmitted signal. V. Students Name L number of levels f kHz 32,768 12 14 LAKSHMI LJINA 16,384 1,024 MOHAMMED 4,096 MAZOUN 16 18

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) A compact disc (CD) records audio signals digitally by
using Pulse Code Modulation (PCM). Assume the audio
signal bandwidth to be f, kHz (as in table ) and if the
Nyquist samples are quantized into L = (as in table , )
levels. Determine the following:
i. Nyquist rate.
ii. Number of binary digits required to encode each sample.
iii. Number of binary digits per second (bits/s) required to
encode the audio signal.
iv. Minimum channel band width required to transmit this
PCM signal.
Sampling frequency if the audio signal is sampled at a rate
of 10.0% lower than the minimum Nyquist's sampling
frequency. Evaluate whether the Nyquist criterion satisfied.
If the sampling rate does not fulfill the Nyquist criterion,
explain what will happen to the transmitted signal.
V.
Students Name L number of levels f, kHz
LAKSHMI
32,768
16,384
12
LJINA
14
MAZOUN
1,024
16
|МОНАММED|4,096
18
Transcribed Image Text:) A compact disc (CD) records audio signals digitally by using Pulse Code Modulation (PCM). Assume the audio signal bandwidth to be f, kHz (as in table ) and if the Nyquist samples are quantized into L = (as in table , ) levels. Determine the following: i. Nyquist rate. ii. Number of binary digits required to encode each sample. iii. Number of binary digits per second (bits/s) required to encode the audio signal. iv. Minimum channel band width required to transmit this PCM signal. Sampling frequency if the audio signal is sampled at a rate of 10.0% lower than the minimum Nyquist's sampling frequency. Evaluate whether the Nyquist criterion satisfied. If the sampling rate does not fulfill the Nyquist criterion, explain what will happen to the transmitted signal. V. Students Name L number of levels f, kHz LAKSHMI 32,768 16,384 12 LJINA 14 MAZOUN 1,024 16 |МОНАММED|4,096 18
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