PAPERduino’s design

This is a fully func­ti­o­nal ver­si­on of the Ardui­no. We eli­mi­na­ted the PCB and use paper and card­bo­ard as sup­port and the result is.. the PAPER­dui­no 😀

This is the the first ver­si­on of the layout design, next we will try more designs, and other mate­ri­als. You just need to print the top and the bot­tom layouts, and glue them to any kind of sup­port you want. We hope that you start making your own boards. If you do, ple­a­se sha­re your pho­tos with us, we would love to see them 😉

The­re is no USB direct con­nec­ti­on, so to pro­gram the paper­dui­no you will need some kind of FTDI cable or adap­ter. One of this pro­ducts will be fine:
FTDI cable from Ada­fruit Indus­tri­es
FTDI adap­ter from Spark­fun

Down­lo­ad PDF

Com­po­nents list:
1 x 7805 Vol­ta­ge regu­la­tor
2 x LEDs (dif­fe­rent colors)
2 x 560 Ohm resis­tors (betwe­en 220oHm and 1K)
1 x 10k Ohm resis­tor
2 x 100 uF capa­ci­tors
1x 16 MHz clock crys­tal
2 x 22 pF capa­ci­tors
1 x 0.01 uF capa­ci­tor
1 x but­ton
1 x Atmel ATMe­ga168
1 x soc­ket 28 pin
Fema­le and Male hea­ders

Ins­truc­ti­ons:
Use a nee­dle to punc­tu­re the holes for your com­po­nents.

Don’t rush, pla­ce one com­po­nent after another and do all the sol­der work care­fully.

Fol­low the con­nec­ti­on lines.

And this should be the final look of your paper­dui­no con­nec­ti­ons.

openMaterials :: research project

openMaterials
My dear fri­end Kisty Boy­le and I recen­tly laun­ched open­Ma­te­ri­als — a col­la­bo­ra­ti­ve rese­ar­ch pro­ject dedi­ca­ted to open inves­ti­ga­ti­on and expe­ri­men­ta­ti­on with DIY pro­duc­ti­on methods and uses of mate­ri­als. In the spi­rit of the open sour­ce soft­ware and hard­ware move­ments, we hope to pro­mo­te mate­ri­als to be rese­ar­ched and deve­lo­ped in a public, col­la­bo­ra­ti­ve man­ner. We see mate­ri­als as an open resour­ce, and wish to esta­blish an open pro­cess for explo­ring and sha­ring kno­wled­ge, tech­ni­ques and appli­ca­ti­ons rela­ted to mate­ri­als sci­en­ce.

I’ll be con­duc­ting most of my hands-on rese­ar­ch right here at AltLab. We’d love for you to be invol­ved if you are wor­king in the­se are­as or inte­res­ted in lear­ning more about smart mate­ri­als.

Paper and cardboard circuits

papercircuits_01
A cou­ple of years ago i found out on the “inter­nets” that you don’t really need a pro­to­bo­ard or a cir­cuit board to make your cir­cuits come to life, the idea was to fold a pie­ce of paper with the cir­cuit design in it (com­po­nent side and cir­cuit dia­gram side) and then inser­ting a pie­ce of card­bo­ard in the mid­dle.

The main idea was the eco, recy­cled “thingy” sin­ce cir­cuit boards are not so eco fri­en­dly and take a bun­ch of time to get recy­cled by our mother earth, also the eco­no­mic side (paper and card­bo­ard are almost free), ins­te­ad cir­cuit boar­ding takes a long time and it’s hazar­dous for the envi­ron­ment.

papercircuits_02
So here’s what i do :

1- print the sche­ma­tic you want (be sure to inclu­de on the she­et of paper both sides of the sche­ma­tic (com­po­nent side and sche­ma­tic)

2-fold it (the idea is to fold whe­re the com­po­nent side meets the sche­ma­tic)

3-cut a pie­ce of card­bo­ard and insert it in the mid­dle of the she­et of paper

4-glue both sides on to the card­bo­ard (now you must have a beau­ti­full cir­cuit board made of card­bo­ard)

5-with a nee­dle pier­ce (com­po­nent side) all dril­ling holes into sche­ma­tic side

6-insert the com­po­nents (resis­tors, ic, capa­ci­ta­tor etc..)

7-turn it back (sche­ma­tic side) and start to sol­der (be sure to folow the tra­ces on the paper), the best way to do this is to sim­ply bend the leads of the com­po­nents and sol­der them together, if you have a lar­ge area were the lead is not long enough just use a wire or something simi­lar.

8-have fun