a) Pulse code modulation (PCM) is applied on a binary symbol of 10110001102. Show the waveform...

 

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a) Pulse code modulation (PCM) is applied on a binary symbol of 10110001102. Show the waveform after being partitioned via subgroup (ii) (iii) (i) The non-return to zero-level (NRZ-L) The bipolar return to zero (Bipolar RZ). The bi-phase-level (Manchester Coding). (iv) The dicode return to zero (Dicode RZ). (v) The non-return to zero-Mark (NRZ-M) (vi) The Unipolar return to zero (UniPolar RZ). (2 Marks/ Markah) (2 Marks/Markah) (2Marks/ Markah) (2 Marks/ Markah) (2 Marks/ Markah) (2 Marks/ Markah) a) Pulse code modulation (PCM) is applied on a binary symbol of 10110001102. Show the waveform after being partitioned via subgroup (ii) (iii) (i) The non-return to zero-level (NRZ-L) The bipolar return to zero (Bipolar RZ). The bi-phase-level (Manchester Coding). (iv) The dicode return to zero (Dicode RZ). (v) The non-return to zero-Mark (NRZ-M) (vi) The Unipolar return to zero (UniPolar RZ). (2 Marks/ Markah) (2 Marks/Markah) (2Marks/ Markah) (2 Marks/ Markah) (2 Marks/ Markah) (2 Marks/ Markah)

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The provided image features a question about Pulse Code Modulation PCM and how a given binary string 1011000110 would be represented in different line coding formats For each format a waveform is to b... View the full answer