@fredrik@Bitnik I purchased this. It was recommended by (Emile Gillette from MI):
I’m trying to program a Mutable Instruments Grids that has a ATMega328P via ISP. I have no problem programming STM chips but these are, for me, a bit more challenging and less straightforward. All of the documentation that I am finding is actually using an Arduino as an AVR programmer. Is there a direct way to program these or do you have to go through an Arduino? Recommendations on how to do this?
IIRC you select your programmer in Tools->Programmers, and upload the code using File->Upload with Programmer.
Maybe, for some programmers, you have to select the correct serial port in Tools->Serial Port
Can’t check the exact locations of these options right now, but they are somewhere in the menus…
I’ve actually had a lot more luck doing that than using my actual ISP’s lately. I can never remember which settings to use with my cheap ebay special ISP’s but I always have a spare arduino laying around I can quickly flash the ISP software to and use.
I’m one for three today. I wasn’t able to finish up the dual quantizer due to some code difficulties (and maybe wiring, but I haven’t tested that yet). I started the gate grinder. Just about done, but need to order a few more components and the button. I also built out a DIY version of the rat pedal. Here’s what it sounds like:
And I’ll use an on on switch on the panel so there isn’t a stutter when bypassing. I am just waiting on a voltage regulator to get from 12V to 9V and then it will be ready for a panel.
Fixed a small solder bridge / cold solder join on my clock divider that was messing with the 1/8 division (had me confused, it was working last night…then this morning suddenly no live on 1/8 - but there was still a weak signal on the jack. Saw a possible solder bridge on it and after a quick reflow it’s behaving well again.)
Only mostly because I missed that it uses 3mm led’s and I only have 5mm on hand…and I managed to order common anode 7 segment displays instead of common cathode. (or is it the other way…I forget…whichever it uses I only had the opposite.)
So, no tuner yet…but otherwise it seems to work.
Confirmed it works but haven’t tried to tune it yet since I still don’t have a 1v/oct output from anything until I get some boards that should be here tomorrow to get CV outs on my Midibox sequencer.
Which clock divider schem did you make? Sorry if I missed it if you discussed earlier. I made the fonik design and still have a problem after two reprints
This is my actual Progress… This is partly for m y own memory…
Midi-CV(1007) — Finished fixed and working
AAAPPPCCC (xxx) - Almost finished
ICOSADRONE [2 Megadrone] (2000) - one half almost finished
Dual Bufferd Mult (1161) - Finished Working
Fartbox - Keep Forgeting about this.
Tripple Slpash (2399) Finished Working
Dual VCA (1181) Finished Working
Quad VCA (11834) Finished - Issue with CV Still.
MINI ADSR (1157) Finished Working
VCLFO (1145 ) Finished Working
Performance Filter (1113) Finished but seems odd as self resonates and does not seem to filter.
Performace VCO (1222) Finished needs calibrated.
FC MicroBus - Finished Works
FC PSU x2 - Finished Works
Claytune 240-12+12 PSU - Finished works
Claytune Gate-2-Trigger (AKA The LLoyd Pack) - Finished Works
Claytune Simple VCO - Finished Works
Claytune Simple Mixer - Finished Works
Claytune ADSR - Faulty
Clayunr Cheap Step Pro - Work In Progress
Analog Output MikroKosmo - To be tested.
Analog Output Cable Tester - Awesome!
Slimcase 1 - Finished
Slimcase 2 - Finished
Mini Test Case - Needs fitting out properly.
Icosadrone Case - Needs fitting out.
If you decide to sell boards or release files to us for your PSU that would be wonderful. If it’s the latter I hope the files are put up in the easiest way because I’ll probably have order my own from a PCB house and I’ve no idea what I’m doing.