squeevey
@squeevey.bsky.social
[+]
Good at: problem solving, organizing digital chaos, and photography. I bake bread, cook, play dnd, and tinker. Like interactive art, science, electronics, physics.
In the library you'd likely find me in 5xx,6xx, and 7xx.
Decent at voice acting too.
Good at: problem solving, organizing digital chaos, and photography. I bake bread, cook, play dnd, and tinker. Like interactive art, science, electronics, physics.
In the library you'd likely find me in 5xx,6xx, and 7xx.
Decent at voice acting too.
Great news! The shift registers can drive the display!
The bad news: melted breadboard and maybe burnt out a MOSFET. I'm guessing I need to adjust the shift registers to NOT be "on".
Also accidentally killed the arduino.
Next: create a circuit diagram to have bigger brains tell me how to fix it.
The bad news: melted breadboard and maybe burnt out a MOSFET. I'm guessing I need to adjust the shift registers to NOT be "on".
Also accidentally killed the arduino.
Next: create a circuit diagram to have bigger brains tell me how to fix it.
September 19, 2025 at 5:47 PM
Great news! The shift registers can drive the display!
The bad news: melted breadboard and maybe burnt out a MOSFET. I'm guessing I need to adjust the shift registers to NOT be "on".
Also accidentally killed the arduino.
Next: create a circuit diagram to have bigger brains tell me how to fix it.
The bad news: melted breadboard and maybe burnt out a MOSFET. I'm guessing I need to adjust the shift registers to NOT be "on".
Also accidentally killed the arduino.
Next: create a circuit diagram to have bigger brains tell me how to fix it.
Got the shift registers wired. The white and blue leds are inverse.
Next step: update the code slightly (to stop the flashing) and make it work for the flipdot panel.
After that: plug in the shift register outputs to their respective spots (the 5 yellow leds will control the 5 cols/rows).
Next step: update the code slightly (to stop the flashing) and make it work for the flipdot panel.
After that: plug in the shift register outputs to their respective spots (the 5 yellow leds will control the 5 cols/rows).
September 18, 2025 at 10:57 PM
Got the shift registers wired. The white and blue leds are inverse.
Next step: update the code slightly (to stop the flashing) and make it work for the flipdot panel.
After that: plug in the shift register outputs to their respective spots (the 5 yellow leds will control the 5 cols/rows).
Next step: update the code slightly (to stop the flashing) and make it work for the flipdot panel.
After that: plug in the shift register outputs to their respective spots (the 5 yellow leds will control the 5 cols/rows).