Oh, what a great question!
Here's what I found:
In "AD" mode (just triggered) the peak is ~ 5.5 v. And it varies a little
from module to module.
If you apply both a signal in and a trigger, strange things happen:
1. if the bias signal in is 0-5.5 v, the output voltage will rise to the
module's normal peak.
2. if it's > 5.5 v, no change is observed
3. if it's < 0 v but > ~ -3.5 v, the voltage rises from the negative bias to
5.5 v
4. if it's < ~ -3.5 v, it stays on till the bias voltage goes over -3.5v. In
other words, no release.
Amazing, there seems to be no end of interest in these things.
John P.
jhaible@... wrote:
Here's what I found:
In "AD" mode (just triggered) the peak is ~ 5.5 v. And it varies a little
from module to module.
If you apply both a signal in and a trigger, strange things happen:
1. if the bias signal in is 0-5.5 v, the output voltage will rise to the
module's normal peak.
2. if it's > 5.5 v, no change is observed
3. if it's < 0 v but > ~ -3.5 v, the voltage rises from the negative bias to
5.5 v
4. if it's < ~ -3.5 v, it stays on till the bias voltage goes over -3.5v. In
other words, no release.
Amazing, there seems to be no end of interest in these things.
John P.
jhaible@... wrote:
> Hi,
>
> this is my first post to the list.
>
> I have a question about the Dual Universal Slope Generator.
> I understand that can work as a linear slew function with unity
> gain (thus forming a linear AR envelope of 5V when a 5V
> gate is fed in its input), or as a AD envelope when a trigger
> is fed into the trigger input. (And the LFO applications with
> feedback applied, of course).
> Now the question is: What is the peak voltage in "trigger" (AD)
> mode ? Is it constant ?
> What if both, an input signal and a trigger are applied ?
> Will the peak output voltage be determined by both input voltages ?
>
> JH.
>
>
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