I'm interesting in doing a 2 PCB pedal with a single foot switch. There's a basic diagram here with the boards running in series: http://wiki.pedalpcb.com/wiki/2-in-1_Pedal_Wiring_(Single_Footswitch)
If I connect the top left (using pic of for reference, lug #1) lug of the footswitch to both "INs" on the PCBs and the top right lug to the outs would that make the PCBs run in parallel? What are the downsides of this? Any type of phasing or cancelling?
Also, if I wanted to take the outs from the PCB and run them to a potentiometer could that be used to create a blend of the effects. Out from PCB #1 to pot lug #1, Out from PCB #2 to pt lug #3 and then pot lug #2 as my out. Would any of this work? Or could I use a dual pot and blend them like you can with two guitar pickups? If yes for either of these, what pot value should I use?
If I connect the top left (using pic of for reference, lug #1) lug of the footswitch to both "INs" on the PCBs and the top right lug to the outs would that make the PCBs run in parallel? What are the downsides of this? Any type of phasing or cancelling?
Also, if I wanted to take the outs from the PCB and run them to a potentiometer could that be used to create a blend of the effects. Out from PCB #1 to pot lug #1, Out from PCB #2 to pt lug #3 and then pot lug #2 as my out. Would any of this work? Or could I use a dual pot and blend them like you can with two guitar pickups? If yes for either of these, what pot value should I use?