
dastrick
huh???
I would love to know how to DIY an Insert to Direct Out cable. I found premade ones online for $10 for a 6" cable. That's just TOO much.
Any help would be appreciated.
Thanks

Any help would be appreciated.
Thanks
Take a TRS connector, solder the tip and sleave together.
Now solder the sleeve to the shield of the cable and the tip to the conductor.
Solder a TS connector on to the other end of the cable. Tip to conductor, sleeve to shield.
It gets a little more complicated if you want to still have the ability to use the insert as an insert as well as a direct out, you would need a switching jack to make that happen.
Tip and *ring* together![]()
Or just insert a standard TS cable to the first click.
![]()
Quote:
Originally Posted by dgatwood
Or just insert a standard TS cable to the first click.
Quote:
Originally Posted by Farview
Take a TRS connector, solder the tip and sleave together.
Now solder the sleeve to the shield of the cable and the tip to the conductor.
Solder a TS connector on to the other end of the cable. Tip to conductor, sleeve to shield.
Tip and *ring* together
I can do that, but it stops the signal from going to the rest of the board.
An insert cable is a TRS on one end, and 2 TS's on the other. The TS's are 'in' and 'out'. A board doesn't need an insert to return the signal, right? So the 'out' TS is technically a direct out isn't it? Why do you have to short the T and R? Can't you just take the T (send) and S (ground), and wire em to the TS connector?
When there is nothing plugged into the insert jack, the preamp is connected to the rest of the channel strip. When you plug an insert cable into the insert jack, that internal connection is broken and the send is sent to one of the 1/4 ends of the cable. IF that is not connected to the return, no signal will be seen to the rest of the channel strip.So a mixer DOES need the insert to return? I must be missing something cuz I swear I have insert cables plugged in and not connected to anything. That should mean no signal then? I will have to double check that and experiment.
I can do that, but it stops the signal from going to the rest of the board.