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If you were going to implement a sigma-delta converter, then noise shaping requires converting the quantization noise signal back to analog. It sounds like you are just implementing a plain-old 1-bit ADC, so you do not have to worry about this comment.
Are you using a clocked comparator?
If you are not then all you are doing is converting the analog signal with arbitrary amplitude into a binary signal, i.e., a signal with only two voltage levels. You are performing amplitude quantization, but are not sampling the signal. When you sample the signal at the transceiver, you will generate setup/hold errors, since the transition of the binary signal is not synchronous.
Cheers,
Dave
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Are you using a clocked comparator?
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As you said, not a clocked comparator.
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you will generate setup/hold errors, since the transition of the binary signal is not synchronous.
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That would be inevitable to generate setup/hold errors, if I sample an arbitrary signal using transceiver.
What I need to do is just sample. No information I should recovery from the input signal.
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