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Wait, whaaat? Why can't you monitor? Are you using the Wall of Sound s/w?
I am able to monitor the IR's in real time using the WOS.

Also, the Captor-X should let you store IR presets on the hardware itself. (I think).
I don't have the Captor X itself but the one built into my Revv Amp and I am able to store like 9 IR presets in the unit.
If I can, I don't know how to monitor with the IRs on in Wall of Sound
 
If I can, I don't know how to monitor with the IRs on in Wall of Sound
Do you have the "Torpedo Remote" app installed?

This is what my screen looks like when I'm using the Torpedo IR's.

I'm monitoring it via my interface. This is a standalone app and doesn't require your DAW to be open but then you can add it as a plugin to your DAW with however it is you have configured here.

Untitled.jpg
 
Do you have the "Torpedo Remote" app installed?

This is what my screen looks like when I'm using the Torpedo IR's.

I'm monitoring it via my interface. This is a standalone app and doesn't require your DAW to be open but then you can add it as a plugin to your DAW with however it is you have configured here.

View attachment 32314
No, I didn't have the torpedo remote app installed. I wonder if that's the difference
 
No, I didn't have the torpedo remote app installed. I wonder if that's the difference
Yah, you need to install that, then connect the Captor X to your PC/Mac with a USB cable, that's what controls the Captor X.
You can control the CAB-M with it as well I'm pretty sure.
 
just some germ diodes I had to triple check, the leads seemed a little, brownish at the body, but came back ok(not sure the spec for 1n34a's) and some pins to attach Flock's switches, I saw the name, what's the effect of a tourbillion?
 
I too received a Super Rat. Thanks @jimilee !


I haven't worked with PICs too much, but in the case of AVRs it's just a matter of sticking the IC in a socket, choosing the firmware bin/hex file, and clicking "Program".

I believe these will work in the place of the EA2-5NU. This is what I use for all of my non-latching relay prototypes.


I nearly forgot I do have 50-EA2-5NUs inbound for these boards so no need to worry over them. I'll send them with the PIC.
 
Here’s a LOT of info on the pcb I’ve sent out. I encourage at least a quick peek for the schematic.


I have the means inbound to program the PICs..hopefully the process isn’t beyond my reach. I also have some alternative relays if you have trouble sourcing any.

Apologies if I’ve triggered any anxieties :oops:
I’m confused: what’s the PIC for?
 
My guess would be it controls the StompLFO? CDB or cooder would really be the ones to ask
It’s for the silent relay switching which was asked for in Chucks thread, but not included in the schem I don’t believe. I think @cooder may have added it when he did the board design, maybe.
Edit: the stomplfo IS a pic chip, but there is already a spot on the board marked for the stomplfo and another for an unnamed pic.
 
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I have many questions! Why do we need a microcontroller to do the silent relay bypass?
I don’t know how the sausage is made here, but the pic carries the coding to tell the relay when/how to switch. I guess by sending the voltage to the relay when the coding says to when the footswitch is pushed.
 
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