Pro Audio Design Forum

Does a Deboo integrator function symmetrically with respect to both it's + and - inputs? Maybe it doesn't matter with open loop DC gain...(-) Aol vs. (+) (Aol+1)...or does that make for two different time constants depending ...

... OP07 instead of the single you show on this thread. http://www.proaudiodesignforum.com/forum/php/viewtopic.php?f=6&t=256 Are referring to the Deboo? I think that for single-ended servo inputs and outputs I settled on one OP07. Could you be thinking about this one? This single-input Deboo using ...

... bootstrap/servo using the bias resistors for injection for you to consider Olaf. One of the "problems" with using the Differential Deboo, aka DiffBoo, in a combined servo/bootstrap is that it will pass CM signals through with a gain of "1" at DC in addition to integrating ...

... a servo since its not DC-precise and can't be turned into an integrator. But its a similar concept. It seems at first glance that the Differential Deboo's common mode gain of +1 makes it serve both functions intrinsically except for the fact that the common mode gain isn't AC-coupled. That's a ...

... isn't that almost what my circuit a few posts above does? Except that I have separate resistors for CM and DM signals. The idea was that a diff. Deboo servo will have a CM gain of 1x. So the output "control" voltages of the servo will move up and down with CM signals. That way R11 and ...

One thing that occured to me while I was writing my initial post is that in case I use something like your differential Deboo integrator as servo (which has a common-mode gain of 1x) the whole servo would be "riding" on CM signals when monitoring the emitters and injecting ...

... correction voltages. One thing that occured to me while I was writing my initial post is that in case I use something like your differential Deboo integrator as servo (which has a common-mode gain of 1x) the whole servo would be "riding" on CM signals when monitoring the emitters ...

Well, now that its gone I can't remember: Did it take two switches to alter the time constant? The Differential Deboo Integrator only requires one switch to vary the C: http://www.proaudiodesignforum.com/forum/php/viewtopic.php?f=6&t=559&p=6321 Just found a copy that I ...

... preserve the speed of the charge transfer at the DC-coupled input but do not need that in subsequent voltage stages. Is that a question? 2) Does a Deboo integrator function symmetrically with respect to both it's + and - inputs? Maybe it doesn't matter with open loop DC gain...(-) Aol vs. (+) (Aol+1)...or ...

... I want. I wish to preserve the speed of the charge transfer at the DC-coupled input but do not need that in subsequent voltage stages. 2) Does a Deboo integrator function symmetrically with respect to both it's + and - inputs? Maybe it doesn't matter with open loop DC gain...(-) Aol vs. (+) (Aol+1)...or ...