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Acoustic Levitator electronics platform
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A mounting platform for the electronics associated with Asier Marzo's (http://www.instructables.com/id/Acoustic-Levitator/ ) Mini Lev. Two versions are provided for projects with and with out a voltage converter.
A more generalized solution is presented in:
https://www.thingiverse.com/thing:3189583
https://www.thingiverse.com/thing:3188617
To simplify wiring the Arduino Nano is mounted on a terminal block board. The board allows for assembling the project with out soldering and makes use of the barrel jack on the terminal board to connect to a power supply. I would suggest the fowling wire path.
When using the no voltage converter option just attache the VCC IN on the Nano terminal board to the +12 input on L289N module. Ground to Ground. You can now use an external controlled valuable power supply. Do not exceed +12 volts.
When using the voltage converter option, attach the VCC in on the Nano terminal board to the VCC IN on the voltage converter board. Attach Groun
A more generalized solution is presented in:
https://www.thingiverse.com/thing:3189583
https://www.thingiverse.com/thing:3188617
To simplify wiring the Arduino Nano is mounted on a terminal block board. The board allows for assembling the project with out soldering and makes use of the barrel jack on the terminal board to connect to a power supply. I would suggest the fowling wire path.
When using the no voltage converter option just attache the VCC IN on the Nano terminal board to the +12 input on L289N module. Ground to Ground. You can now use an external controlled valuable power supply. Do not exceed +12 volts.
When using the voltage converter option, attach the VCC in on the Nano terminal board to the VCC IN on the voltage converter board. Attach Groun
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