Hi Shadorne,
I'm not sure that what I said in my previous post came across clearly. It amounts to the same thing the OP said, which you've agreed provides 21 bits of resolution, but described and perhaps implemented in a different manner.
What I described is not "balanced where both chips are operating simultaneously and are always on." And it does in fact double the "number of unique digital values available."
Please re-read my previous post and see if you don't agree.
Best regards,
-- Al
I'm not sure that what I said in my previous post came across clearly. It amounts to the same thing the OP said, which you've agreed provides 21 bits of resolution, but described and perhaps implemented in a different manner.
What I described is not "balanced where both chips are operating simultaneously and are always on." And it does in fact double the "number of unique digital values available."
Please re-read my previous post and see if you don't agree.
Best regards,
-- Al