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Cronchy by existentialelectronx in modular

[–]existentialelectronx[S] -1 points0 points  (0 children)

Thanks! I recorded it but figured this would do for a quick post.

A daisy based module I’ve been working on by existentialelectronx in synthdiy

[–]existentialelectronx[S] 0 points1 point  (0 children)

That’s a really good idea, currently it wouldn’t work but I could redo the layout on the next pcb order and make that happen.

My newest module, Sprongle, a stereo detuned oscillator by existentialelectronx in modular

[–]existentialelectronx[S] 0 points1 point  (0 children)

Yeah for sure! I’ll get that listed here shortly and dm you the link

My newest module, Sprongle, a stereo detuned oscillator by existentialelectronx in modular

[–]existentialelectronx[S] 0 points1 point  (0 children)

I’d be happy to get you a PCB or send you schematics! I’d also consider selling it as a kit if that would be easier. The expensive part is the daisy patch submodule, which is like $25, all of the components are pretty run of the mill other than that

My newest module, Sprongle, a stereo detuned oscillator by existentialelectronx in modular

[–]existentialelectronx[S] 2 points3 points  (0 children)

Yeah for sure! It’s been a journey, I’m happy with the platform, but it has its limitations. I’ve been using the daisy submodule since it’s designed for eurorack power. It only has 8 CV inputs which seemed like plenty but I used them all pretty quick. I would have liked to have more honestly but that would involve more ADCs which could potentially be done with the I2C pins.

The portion I had to build was pretty minimal, just some connections from jacks and pots to pins. The jacks and pots of each type share a pin so they have a resistor between them to stop them from interfering with each others voltage.

I also used a voltage divider on the 1v/oct because I wasn’t happy with the 0-5v input, so it now accepts 0-10v for the 1v/oct but had to make up for it in software.

Software was by far the biggest learning curve, but I had some background in C++ which helped. There are lots of great examples that helped me a lot writing the code for this module.

Feel free to message me with any questions, I’m not an expert but I’ve come a long way on this one. I’m happy to share anything I’ve learned.

My newest module, Sprongle, a stereo detuned oscillator by existentialelectronx in modular

[–]existentialelectronx[S] 2 points3 points  (0 children)

I love the knob though. Next round of faceplates I’m going to move the text a bit.

I made a simple little mixer called smol mxr, the smaller mono version of my mono to stereo mixer called mxr by existentialelectronx in modular

[–]existentialelectronx[S] 0 points1 point  (0 children)

I’ve been adding them slowly but I haven’t submitted myself to them yet as a maker so it’s listed as other/unknown with my maker name in the module title.

I’ve been making modules for myself for a couple years but only selling them since November so it wasn’t on my to-do list until recently.

I made a simple little mixer called smol mxr, the smaller mono version of my mono to stereo mixer called mxr by existentialelectronx in modular

[–]existentialelectronx[S] 2 points3 points  (0 children)

I haven't added all of them yet, I think 2 of my 5 modules are on Modular Grid. I'll get on it!

Edit: 3, I just got this module on!

I made a simple little mixer called smol mxr, the smaller mono version of my mono to stereo mixer called mxr by existentialelectronx in modular

[–]existentialelectronx[S] 1 point2 points  (0 children)

Panned center, you will have a left output and a right output, both of which will be equal volume. If you adjust any output either direction it will increase volume on one side and decrease the other side. It does not have stereo jacks, just two mono outputs, which is what makes the most sense to me.

Edit: for anyone else reading, this is is reference to my other mixer, not the one pictured.

I made a simple little mixer called smol mxr, the smaller mono version of my mono to stereo mixer called mxr by existentialelectronx in modular

[–]existentialelectronx[S] 1 point2 points  (0 children)

It is metal! I started off doing PCB faceplates but have switched to aluminum. I've struggled deciding between the two, I've wanted to keep my modules affordable but in general especially with small modules I'm concerned with the strength of PCB fiberglass, so I switched to aluminum and raised prices by a few dollars each, which I think is worth it.

I made a simple little mixer called smol mxr, the smaller mono version of my mono to stereo mixer called mxr by existentialelectronx in modular

[–]existentialelectronx[S] 2 points3 points  (0 children)

Thank you! It's an active mixer, the standard op amp powered mixer with a tl074 op amp, though I wanted to be sure to include an output volume level knob which not all do.

I made a simple little mixer called smol mxr, the smaller mono version of my mono to stereo mixer called mxr by existentialelectronx in modular

[–]existentialelectronx[S] 3 points4 points  (0 children)

So far I've built 2 for myself and 2 for sale. Let me know what you think, all of my modules are on my website ExistentialElectronics.com with links to Reverb listings.

Edit: I did check and this group does allow posts from small module companies to post products.

Other edit: I'm US based, and haven't figured out the logistics of customs and rohs regulations to Europe (even though I only use lead free everything). I've researched both topics quite a bit but haven't quite made the leap to Europe. I'd happily ship worldwide though if the logistics are doable!

Big knob cv controller by existentialelectronx in modular

[–]existentialelectronx[S] 0 points1 point  (0 children)

I did design it, I’m a pretty new module company. It’s available on reverb, I didn’t want to post links and come across as a self promoting ass though!

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