-Features-
*Customizable DIY Analog Video Glitcher
*Fits inside Altoid Syle Mint Container or Completely usable as just the Self Contained PCB.
*Simple THT parts and Low part count to get that simple Analog AV Glitch on a CRT TV.
*Very compact PCB with Ability to patch different components for different glitch effects.
*Works on 12v or 9v battery.
*Add as many buttons or house in bigger container
Why I made it?
I wanted to have a self contained PCB or one that could be housed in any-type of Reusable Tin.
This very simple circuit has been floating around for sometime and wanted to do a simple version before I make a more complex one that has Voltage Control for the Glitching.
Get your pocket calculators out and let's have some fun. These tins are a really good base to have a glitch card on it with mini breadboard. Even has storage for putting away components when not in use. Too bad a 9 volt doesn't fit in the case that would be perfect.
Still working on assembling a few different models. Love that I added this backup cam to the glitcher. Also came up with a base for a traveler Glitch card. It has a nice base and a breadboard for connections and a aluminum case to store extra patch components. Kinda like a pocket Synth glitcher.
This is my Current Analog Glitching Prototyping Platform. Still waiting for parts but I really like the way I found a use for reusing my prototype PCBs. Just A little Bit of hot glue and nail polish and you have a Slime Display.
Been Messing around using my APC Atari Punk Console Semi-Patchable SynthCard with my Analog Glitcher and have been having a great time glitching with the LFO and 556 timer oscillator. I really like the Hot glue Goo aesthetic I have going on with this patch board. Working on this layout before refining my all in one glitchers.
Been doing an lunch kit analog glitcher with the Rev 1 Pcbs. It's going to have 2 glitchers inside of it. One a built in camera and the other for a vhs. The two knobs on the left bottom are for signal mixing. The right bottom is button glitches and switch glitches. The Inputs and outputs are on the top. It's going to be awesome once completed.
Re-doing the PCB so the battery fits better. You should be surprised how little room is in a Altoids tin. But I think I will be able to make it work just need some time for paper revisions. Only thing now is the pcb gonna be less ergonomic. But that is okay Because I will also sell the First version PCBs. Because they work no problem with larger tins.
Probably gunna change the pcb layout a bit need to rethink the pcb shape to fit into an altoids container. The PCB is pretty much good to go as a standalone pcb or be housed in a bigger tin. Good thing I only ordered 5. Gotta be careful the first prototype PCB. Its quite fun sticking components into the headers and making glitch connections. Nice having it like a mini patchbay.