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| Description | Quantité | Prix/u | Total | |
| Arduino MKR1000 | 1 | |||
| Atminuscule TINY85 Digispark | 1 | 2 | ||
| data-sheets-value="{"1":2,"2":"Seeed Studio Grove - GL5528 Light Sensor v1.2"}"t;</tr><tr>
<td>Atminuscule TINY85 Digispark
</td><td>
</td><td>1
</td><td>
</td><td>2
</td></tr><tr>
<td> data-sheets-value="{"1":2,"2":"Seeed Studio Grove - GL5528 Light Sensor v1.2"}") ==== For the box ==== * poplar plywood 3mm-thick for laser cutting Poplar is pretty cheap and allows precise and fast laser cutting * brass bar 80x7x2mm - to change and increase the touching area with regards to the capacitive sensor A 1m-length brass bar can be found in DIY store for about 7€ but is easily replaceable by any conductive material whatever is shape. * transparent PLA for 3D printing: ** access door to base tier ** figurine's stand and support - the stand will also diffuse the LED-ring light ** button for volume control ** lateral joints * colored PLA (according to maker's preference) for the figurine and/or scenery set on top of the box ==== Electronic supplies ==== * 1 Arduino Uno Rev.3 * 1 MW power supply: 1500mA Rotary Switch Adaptor * 1 reversing switch KNX-1, 3A, 250V AC, to be used as main switch * 1 Seeed Studio potentiometer: Grove Rotary Angle Sensor (P) * 1 Seeed Studio capacitive sensor: Grove Touch Sensor * 1 Adafruit LED-ring: Neopixel Ring 12 x 5050 RGB * 1 Seeed Studio MP3-player: Grove MP3 v2.0 * 1 micro SD-Card to store the playlist * 1 Seeed Studio Gear Stepper Motor with Driver: Step Motor 28BYJ-48 5V DC * 1 Adafruit BME280 sensor: temperature, humidity, pressure (ADA2652) * 1 Seeed Studio "Base Shield V2" ==== Misc. ==== * wood glue, to assemble and joint laser cut parts of the box tiers * cyanoacrylate glue * some screws to fasten sensors and other components inside the box tiers * cables and jumper wires screws to fasten sensors and other components inside the box tiers<br />* cables and jumper wires) ==== For the box ==== * poplar plywood 3mm-thick for laser cutting Poplar is pretty cheap and allows precise and fast laser cutting * brass bar 80x7x2mm - to change and increase the touching area with regards to the capacitive sensor A 1m-length brass bar can be found in DIY store for about 7€ but is easily replaceable by any conductive material whatever is shape. * transparent PLA for 3D printing: ** access door to base tier ** figurine's stand and support - the stand will also diffuse the LED-ring light ** button for volume control ** lateral joints * colored PLA (according to maker's preference) for the figurine and/or scenery set on top of the box ==== Electronic supplies ==== * 1 Arduino Uno Rev.3 * 1 MW power supply: 1500mA Rotary Switch Adaptor * 1 reversing switch KNX-1, 3A, 250V AC, to be used as main switch * 1 Seeed Studio potentiometer: Grove Rotary Angle Sensor (P) * 1 Seeed Studio capacitive sensor: Grove Touch Sensor * 1 Adafruit LED-ring: Neopixel Ring 12 x 5050 RGB * 1 Seeed Studio MP3-player: Grove MP3 v2.0 * 1 micro SD-Card to store the playlist * 1 Seeed Studio Gear Stepper Motor with Driver: Step Motor 28BYJ-48 5V DC * 1 Adafruit BME280 sensor: temperature, humidity, pressure (ADA2652) * 1 Seeed Studio "Base Shield V2" ==== Misc. ==== * wood glue, to assemble and joint laser cut parts of the box tiers * cyanoacrylate glue * some screws to fasten sensors and other components inside the box tiers * cables and jumper wires screws to fasten sensors and other components inside the box tiers<br />* cables and jumper wires)
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