Patch a gate signal to the A150 Switch's I/O2 jack, and also to the
A170 Slew Limiter's input jack. The A170's output is patched to the
A150's CV jack. The A150 O/I output is patched, for example, to an
ADSR for a delayed envelope.

By adjusting the "rise" slew rate, you can control the length of the
delay between the time that the gate starts, and when the A150 switch
closes, feeding the shortened gate to your modulation patch.

The "fall" slew rate is kept to zero so that the delayed gate ends
simultaneously with the original gate. This is the big advantage that
this patch has over the A162, which doesn't respond to the end of a
gate. The A162 starts at the trigger leading edge, delays, then
outputs a gate for a predetermined time, regardless of whether the
note being played is sustained or staccato ("free running").

i like your suggestion about the A142!

Joe

--- In Doepfer_a100@y..., "synth_freak_2000" <synth_freak_2000@y...>
wrote:

>
>
>
> In Doepfer_a100@y..., "buechlerjoe" <buechlerjoe@t...> wrote:
> >> Thats how I use the A162 also. Too bad it doesn't CV control of
> delay
> > time to create "swing" notes (oops! no suggestions for

improvements

> > please!)
>
> you can acieve some thing useful with the a142...by
> voltagecontrolling the decay time you can have voltegcontrolled gate
> length for the gate output.
>
> >The A170 Slew Limiter patched to an A150
> > switch is a better approach for delayed modulation.
>
> explain more,please...
> synthfreak