Hi John, hi Dieter,

Not completely a separation of the two time rates, but some
approximation (this assumes, that the potentionmeters are not used as
electrical potentiometers, but as variable resistors):
- Reduce the Capacitor
- Insert a fixed resistor (lets say 20% of the potentiometer value) on
the maximum side of the attack potentiometer
-Insert a fixed resistor (at least the same value as the R above or even
more) on the minimum side of the decay potentiometer.

This will cause shorter attack times, and will keep the minimum Decay
time where it is. If the addition decay-resistor is even larger than the
attack-resistor, then the decaytime will stay the same as with the
original capacitor.

Florian

yahoo@... schrieb:

>> Hi Andreas et al,
>>
>> I've seen the MuffWiggler thread you posted. Unfortunately it
>> only deals with extending AD time. The opposite of my goal.
>> Since Dieter is out of the office for a while I sent my
>> question to another address at Doepfer. They replied and said
>> that I CAN decrease the attack time by lowering the value of C1
>> but I will also be lowering the decay time. So now I'm wondering
>> if it will be possible to get the attack around 1ms without
>> ruining the decay time.
>
> Sorry - that's not possible because the same capacitor is used for both
> attack and decay.
>
> Best wishes
> Dieter Doepfer
>
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