A 3-bit PCM modulator is used with 0-16V signal. What is the binary digital value that will occur for the following inputs: 0.65 V, 4.2V, 6.4V, 8.3V, 11.5V, 14V, 15.7V. What is the quantization error for these samples?
This video seems to be so heavily edited as to make it incomprehensible. For example he refers a number of times to previous steps in the explanation , that are not in the video.
![Pulse Code Modulation (PCM Modulation) Advantages and Disadvantages (Sampling and Quantization) [HD]](http://i.ytimg.com/vi/erlQGu7XS8w/mqdefault.jpg)
![Pulse Code Modulation (PCM Modulation) Advantages and Disadvantages (Sampling and Quantization) [HD]](/img/tr.png)
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A 3-bit PCM modulator is used with 0-16V signal. What is the binary digital value that will occur for the following inputs: 0.65 V, 4.2V, 6.4V, 8.3V, 11.5V, 14V, 15.7V. What is the quantization error for these samples?
What is the significance of conversion clock in pcm?
Where is an app I can put my signal into to get a 0 or 1?
You talk about evreything except PCM
..but thanks for your effort
This video seems to be so heavily edited as to make it incomprehensible. For example he refers a number of times to previous steps in the explanation , that are not in the video.
How did you took this video?...
Means what?
Your videos contain the same information
not upto the mark