I appreciated that smoke comes out of the battery if you short it :)
Edit: I am ex EE. I will note that it's horrible using this view. It is marginally more horrible than using breadboards in reality. Schematics exist because reality tends to suck or have inconsistencies. For example TO-99 packages come in different pin orders, so 2N3904 has the opposite order to a BC547. Also breadboards tend not to have full length bus bars depending on vendors. At least though in this form it's an ideal representation though which doesn't have parasitic capacitors, inductors, dodgy contacts and no ground plane all over it.
Not a fan. The standard schematic abstraction is great and actually helps us parse circuits.
Don't add unnecessary complexity just because AIs are good at vibecoding threejs demos (edit: even if this particular demo seems to predate vibecoding and was likely used for training instead of being the product of inference).
I feel like the fade-in animation when starting/stopping the simulation takes too long. Also, I think it would be helpful if the currently connected row was highlighted when dragging a pin.
Nice! You can play Electroboom without actually getting shocked. If you do want the real world experience you can get bags full of components on Amazon for pretty cheap
Are there similar solutions without 3d view? I want to get a simulator that can show me what is going in the circuit, ideally slowed down a lot. For example I was making a dongle with resistor and capacitor which was delivering a pulse-short (i.e. removing power for a short period of time instead of delivering an impulse) and while I was able to confirm overall idea with some online simulator, dialing in capacitance and resistance required physically switching components. Ideally I want to be able simulate such transient effects and arrive at specific numbers ready to be soldered.
I'm working on a similar project, it's called schematik.io and you can use it to generate hardware projects (schematics, components lists, code, everything). Love the 3d viewer they've done here.
This would be useful for opensource hardware projects (aimed at beginners) to literally see how things are wired together. I'm still not at the schematic phase myself. But I use MS Paint wiring diagrams.
This is so damn cool. I remember 10-12 years ago i used to teach kids to do these things manually. This is a great product for kids to experiment and then run it real life on their kits.
Years ago, around 10-12 years back, our Windows XP PC had software similar to this. Dont remember the name. I used to spend hours experimenting with it. haha Nostalgia.