Labels
Aarhus
acceleration of time
actuators
animated origami
animated paper
Apolit
Arduino
Arduino input-tool
arduino mega
arm-bot
art exhibit
Artificial Neural Nets
BerryBase
bio-muscle
books
cable management
change in society
change in technology
coca201
Code
computer interface
cyclin74
data
data analysis
design
Digital Urban Living
DIY
Dul
DUL Radio
electronic art
electronic music
embodied interface
etching
flex sensor
flexible circuits
flexible electronics
flexpoint
follow the leader
Friendly Plastic
gothic
hands on
hardware
imagesco
infra red
instructions
Interactive Art
interface
ir sensor
lamp
landbouwbelang
literature
lovecraft
low tech
low temperature thermoplast
max/msp/jitter
Minke Props
mocap
mountains of madness
msp
music
name
Nao
nitinol
nitinol memory wire
off topic
origami birds
PEERS
phidgets
Polymorph
Presentation
Processing
prototype
Radio
rgb led-strip
robotics
sci-fi
sensors
serial
sewing
ShadowCoat
Signal Processing
skiing
smart clothing
sound
sound generation
statistics
Streifeneder
stretch sensor
tangible interface
TEI2012
Theory
Thermoplast
time
translation
Turbocast
Video
visualization
webcam
Wireless
xBee
Sonntag, 26. Juni 2011
Ribbon Cables - Arduino Cable Management
EDIT: For the record: DONT do this. Unless you are on a super, super, super tight budget, buy these:
http://www.pololu.com/catalog/category/71
together with these:
http://www.pololu.com/catalog/category/70
Seriously. Make life soooo much easyer.
************************
I stumbled across John Liu's Phi Connect and loved everything about it, except that he doesnt have an Arduino Mega version.
check it out: http://liudr.wordpress.com/gadget/phi-connect/
*
I am prototyping a lot with the Arduino Mega at the moment, and I wanted to improve my cable management, so this is what I came up with.
I have 24 leads connected. 8 go to analog in 0 - 15, 4 go to digital 2 - 7 (as I dont use pin 0 & 1 anyway...) which leaves me with a power and ground cable. works very nicely for me, especially as my actual application has to be semi-independent of the arduino.
If anyone plans on doing this for themselves, here is how I ended up doing it.
a) Prepare the wire
See how the ends are sort of round? Thats annoying when soldering.
Cut them straight. Actually, this still did not work 100% next time I want the outside leads to be slightly longer than the inside ones...
After crimping them, I put a ton of solder on both the cable and the pinheader.
Soldering the pinheader is a real pain. The stuff just wont stick to it, and if you fool around too much you start melting the plastic and the pins get loose/crooked etc.
Its inportant however, becouse once thats done, you can just push them together with your soldering iron. Your other hand will be free, as you dont need to add anymore soder, so you can use it to make sure the cable and the headers line up perfectly. If you bend the cable in the right shape, and apply the right amount of solder beforehand you can solder several leads at the same time... after doing this a couple of times you learn how to do it quite efficiantly.
Once it was done I made sure that there where no connections between the cables, wrapped it up with electrical tape and thats all there is to it.
It was more work than I had anticipated ... but assuming they last me for a while, its definitifly worth it.
Abonnieren
Kommentare zum Post (Atom)
Der Kommentar wurde von einem Blog-Administrator entfernt.
AntwortenLöschen