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5 Posts
Hi All,
I just finished a quick re-build of a lightning simulator using a Attiny85 and wanted to share the results.
The light is a 12v flood lamp (like this one for automotive uses), and is plenty bright to light up a room (or blind me temporarily if I look in the wrong direction). The rest of the parts are pretty cheap. $4 for the capacitors, voltage regulator, and mosfet, and maybe $2 for the Attiny85. It’s super easy to build on a breadboard, but I was already printing a PCB for something else, so I added on to the order.
Here are the schematics and Fritzing diagrams.
Is anyone else working with Attiny85 chips? I see a lot of the older posts using PICAXE chips, but I’m more familiar with the arduino ecosystem.
As an aside, this is a great project for those getting started with Arduino. If you use an uno or nano, you only need to buy the mosfet, the light, and the power supply.
I just finished a quick re-build of a lightning simulator using a Attiny85 and wanted to share the results.
The light is a 12v flood lamp (like this one for automotive uses), and is plenty bright to light up a room (or blind me temporarily if I look in the wrong direction). The rest of the parts are pretty cheap. $4 for the capacitors, voltage regulator, and mosfet, and maybe $2 for the Attiny85. It’s super easy to build on a breadboard, but I was already printing a PCB for something else, so I added on to the order.
Here are the schematics and Fritzing diagrams.
Is anyone else working with Attiny85 chips? I see a lot of the older posts using PICAXE chips, but I’m more familiar with the arduino ecosystem.
As an aside, this is a great project for those getting started with Arduino. If you use an uno or nano, you only need to buy the mosfet, the light, and the power supply.