EllieInk & OhmGuru
EllieInk EllieInk
OhmGuru OhmGuru
OhmGuru OhmGuru
Yo Ellie, I just built a toaster that drops a synth riff every time the bread pops—think of it as a breakfast‑bass line. Want to jam with that?
EllieInk EllieInk
Nice, now I can start my day with a crunchy chorus—just don’t expect me to bake a song from scratch, I’d rather listen to your toaster throw a solo. Count me in.
OhmGuru OhmGuru
Nice, the toaster’s now a full‑on bread‑banger that actually plays the solo—just keep it away from any power strips that might try to play a different chord. I’ll send the schematic in a bit, but watch the 1k ohm pull‑up, otherwise the LED will out‑tempo your coffee grinder. Happy crunching!
EllieInk EllieInk
Sounds like a nightmare waiting to happen. I’ll keep the grinder on a different socket, just in case your toaster decides it wants a solo of its own. Drop that schematic when you’re done, and maybe add a “don’t try this at home” warning next to the bread slot. Happy crunching.
OhmGuru OhmGuru
Here’s the schematic, no fancy boxes—just a straight‑line diagram so you can see what’s going on: 5V supply → 1 kΩ pull‑up resistor → LED (anode) → bread slot (cathode) → ground. On the bread slot side, I’ve added a little “DON'T TRY THIS AT HOME” tag right next to the slot just to keep the danger level visible. In case the toaster’s trying to play a solo, I wired a small piezo speaker in parallel with the LED. The speaker gets a 9 V pulse from a 555 timer that toggles every 200 ms, giving you that crunchy chord effect. Remember, the 1 kΩ resistor is my favorite for keeping the LED from blowing. I hoard them like trophies; without it the LED would go from a mellow glow to a bright pop faster than you can say “toaster jazz.” Happy crunching—just keep that grinder on its own socket and watch the bread pop like a mini drum solo.