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Ver 2.0 in action as Anemometer
06/01/2019 at 20:03 • 0 comments -
Changed the design with community Input
07/17/2018 at 16:43 • 0 commentsWorking on a better version. A few people inspired me, to create a better version.
Here is the next PCB. Smaller, less buttons, more I/O, two LED's and Serial
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The final Touch
07/06/2018 at 08:23 • 0 commentsThe screws and the spacers are finally here.
So let's mount all together and start with the first project.
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Lasercutting and Assembling
07/03/2018 at 11:41 • 0 commentsAnd now to the workshop, powering on the 30W lasercutter. I use 3mm Arcylic.
Screwing the PCB on the Back Part with 3xM3 screws
Now the buttons in the frontpart and insert the frame parts
Now insert the back part on it. Just the 4 mounting screws are missing, they should reach me by friday.
And I can do it in more colors :)
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The Enclosure
07/03/2018 at 11:28 • 0 commentsIt is not necessary, but with an enclosure it's cooler. Now the Arduino Nano QP, can even be used ass a finished project, or as part of a bigger project.
Designing an enclosure.
And here is the design I took:
"Picture is comming"
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First Running Test
07/03/2018 at 11:22 • 0 commentsI wrote a small Software, to test the Display and all the I/O's of the board,
Seems to work :)
The test software can be found on Github
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Soldering
07/03/2018 at 11:18 • 0 commentsNow I solderd all the parts to the PCB
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The PCB
07/03/2018 at 11:13 • 0 commentsAll starts with a circuit diagram. It's not very complicated, everything has just to be connected to the Arduino
Then place the parts and autoroute all
Even in 3D
Now upload the files to a pcb manufactor and wait for the result