For time [t: 0 st 2], a continuous analog message signal is- s(t) = E...
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For time [t: 0 st ≤ 2], a continuous analog message signal is- s(t) = E + 3 [cos(4nt) + cos(2nt)] Here E is the 3rd digit of your NSU ID. Perform 3 bit ADC using PCM technique. Be careful with the maximum amplitude of analog signal, and also check for any negative amplitude on it. Take sampling rate = 50. You must show 8 quantization levels on graph and 3 bit binary representation of encoded signal on command window. Plot all signals. For time [t: 0 st ≤ 2], a continuous analog message signal is- s(t) = E + 3 [cos(4nt) + cos(2nt)] Here E is the 3rd digit of your NSU ID. Perform 3 bit ADC using PCM technique. Be careful with the maximum amplitude of analog signal, and also check for any negative amplitude on it. Take sampling rate = 50. You must show 8 quantization levels on graph and 3 bit binary representation of encoded signal on command window. Plot all signals.
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Answer rating: 100% (QA)
Sure Lets go through the process step by step 1 First we need to find the maximum amplitude of the analog signal We can do this by analyzing the expre... View the full answer
Related Book For
Income Tax Fundamentals 2013
ISBN: 9781285586618
31st Edition
Authors: Gerald E. Whittenburg, Martha Altus Buller, Steven L Gill
Posted Date:
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