Did you have panels printed for that? I have the megaphone and a few other toys I want to bend but this is awesome
Nope, that’s a handmade one-off!
Thats awesome! One day we will need to sit down with you and learn more about PCB fabrication. All ive done are front panels lol.
If you normalize the inputs, and use a jack connector to break the normalization for the 2nd slew, then in situations where you want to use the input twice (but with different settings), it saves you a multiple.
So run the tip of input 1 to the switch of input 2?
Oh absolutely! I will help with whatever is needed
I made a small series of unlisted videos helping a couple other people with various things too!
I helped @popflier recently with her Warps Panels
Yes, that’s it.
So if nothing is plugged into in2, the switch is closed and it gets whatever is input to in1.
But when you plug something into in2, the switch opens, and then each get only their respective input.
Yes, that is what I mean. I’ve build a few modules that contain double functions, like a double sub oscillator and a double sample and hold and I’ve normalized the signal inputs and trigger inputs where it makes sense. This saves as I said some multiples.
Bit of sapare mental energy for doing stuff today.
MIDI-CV Calibrated after a Dumbass Fix.
5 Ribbon Cables Crimped ( All tested ok on AO Tester )
Almost Finished a new PCB for A VCO
A3P3C3 should land in the morning with the EP…
And Josh is a very good and PATIENT teacher! I sent a couple of panels off yesterday for manufacturing only to find that I mis-labeled one of the jack outputs
So now I am redoing it and sending another order in today.
Built another couple of Robaux modules. I had been waiting forever for Thonk to get them back in stock.
The SWT16+ is a pretty straight forward 16 track trigger sequencer and the 3PT is a multifunction module. It can control three separate CV outs with one knob, be a triple LFO, a chord generator, a triple quantizer, triple random generator, a sequencer, or a Euclidean rhythm sequencer. Phew!
The 3PT looks like a very nice hardware set. I can imagine having fun finding new ways to program it (maybe in Forth!) Is the AVR chip a 328? The assembly instructions simply refer to it as an ATMega, but it’s a DIP package with 28 pins so a reasonable guess would be that it’s basically the same chip used in the Arduino Uno.
@Bitnik seeing as how you are talking about the 328 chip. Do you have a preferred system for programming them? I have two that I need to program and I’m finding different methods but not all seem to fit my scenario. I was going to try and message you privately to ask but it seems that your profile is hidden and you cannot accept private messages.
Yes, it’s a 328.
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To program a bare AVR chip I tend to prefer using a programmer (also called an in-system programmer, or ISP for short.) If I wanted to flash an Arduino sketch and the chip already had a boot loader onboard I might use the serial interface, usually with an FTDI breakout cable connected to my laptop USB, but using an ISP is more versatile.
I’m surprised to hear that my profile was hidden. This was unintentional. I’ve tried to remedy that but do please let me know if it’s still being unfriendly.
https://www.fischl.de/usbasp/ if you want to build your own programmer (scroll down for various gerbers, kicad files, etc). Or you can get one off ebay for a couple of bucks (search for USBASP).
(http://msx-elektronika.pl/en/ used to sell an official build, but their store seems to have fallen off the Internet.)