Click on the squares to adjust the editable components and then press "Test" to check if the spark can pass.
The spark must light the bulb and return to the negative pole. Avoid phase-neutral short circuits and ground faults.
Let’s see how long it takes you. Have fun!
⏳ Tiempo de hoy: --:--
Empty square, no function.
Empty square, no function.
The spark comes out from the positive terminal, must light the bulb, and return to the negative terminal.
Faults such as short circuits can blow the fuse.
It lights up if the spark passes through it correctly.
Allows passage in a straight line.
Allows passage at an angle.
Allows passage in three directions.
Allows passage in all four directions.
Allows straight-line passage. It can be rotated.
Allows passage at an angle. It can be rotated.
Allows passage in three directions. It can be rotated.
Connectivity with the source's negative terminal.
Ground connections are made for safety.
Start with the first guided challenges to learn how to play:
Learn how to close the circuit so the spark leaves the positive terminal, goes through the fuse, passes the bulb to light it up, and returns to the negative terminal.
StartDiscover other ways to guide the spark to points equivalent to the source's negative terminal.
StartWatch out for the spark! If it reaches the negative terminal without passing through the bulb, it will cause a short circuit and blow the fuse.
StartAll ground faults should be avoided. Not even the source's negative terminal should be connected to ground.
StartCombine everything you've learned by interacting with all types of elements so the spark lights the bulb.
Start