@dynaquest4 and @cleeds you are glossing over the fundamental issue with going digital: it does not capture the infinite range of undulations. Rather, the process quantizes the input program material at the sampling frequency, and then stores it as a sequence of discrete samples.
What you are mistakenly thinking of, is the reverse process, taking that stored sequence of samples and generating a facsimile of the original analog program material, doing bit-sum averaging to compensate for dropouts.
Perhaps this is the missing information you needed to see why digital is inherently flawed.
What you are mistakenly thinking of, is the reverse process, taking that stored sequence of samples and generating a facsimile of the original analog program material, doing bit-sum averaging to compensate for dropouts.
Perhaps this is the missing information you needed to see why digital is inherently flawed.