Sheldon,
this wasn't actually my question, but perhaps you care to elaborate?
Quote:If you read the product description or the app note most of your
questions will be answered
I read the product description (and skimmed through the data sheet) and it says that it is suitable for single-to-differential conversion, but I wasn't able to identify which parameter describes the single-ended to differential performance. What have you seen that I didn't?
Quote:be careful not to confuse common mode gain (rejection) for
differential to single ended conversion. These two characteristics
are different.
Common-mode gain normally means common-mode input to differential output conversion gain, but what I was referring to was common-mode input to common-mode output gain. The simple calculation I included should have made that obvious.
I realise I used the wrong terminology, but honestly, the way I was using it makes more sense, and the normal meaning should be called common-mode to differential gain or something like that. Whatever the case, the datasheet doesn't say anything about common-mode input to common-mode output gain.
Is this the confusion you were talking about?
Aaron