copied from reply to message from questioner :
Without knowing how the DFAM works or is controllable i can’t offer much insight
However
Presuming your question is appropriate and doable on the Moog
Then there are four lanes of CV control possible on the A4 A/B/C/D
If you want to drive the Moog sequencer then you could use either gates or triggers or clocks from the A4 - chose to suit the moog or the desired sequencing effect - lets just assume you chose clock and Lane C (that way you don’t need to sequence it) - the A4 will send a steady series of pulses, just like Korg or Arturia devices
Now you want to control Pitch and Velocity Dynamics
Then you need to use two more lanes of CV - if you want these pitch and velocity lanes to be concurrent then you need only sequence one track
You just set up a normal CV track sequence and direct the Pitch to Lane A in the CV config and in the CV B config you can either select Value Lin and you will need to parameter lock this per step - or go into the Velocity Mod matrix for the track and chose CVB Value as a destination - then if you record or plock velocity the level of the velocity will vary the voltage at CVB - if your range is 0>5v then be sure to pull the encoder down to 0 on the top page where VAL is shown on Encoder C
Then direct the CVA out to some pitch input and the CVB to a dynamics/VCA/level input on the Moog presuming it has this
hth