Arduino
Everything you need when developing with Arduino, the expertise of a community, examples video's regular blogs...
Arduino is an open-source electronics prototyping platform based on flexible, easy-to-use hardware and software. It's intended for artists, designers, hobbyists, and anyone interested in creating interactive objects or environments.
Arduino can sense the environment by receiving input from a variety of sensors and can affect its surroundings by controlling lights, motors, and other actuators. The microcontroller on the board is programmed using the Arduino programming language (based on Wiring) and the Arduino development environment (based on Processing). Arduino projects can be stand-alone or they can communicate with software on running on a computer (e.g. Flash, Processing, MaxMSP).
The boards can be built by hand or purchased preassembled; the software can be downloaded for free. The hardware reference designs (CAD files) are available under an open-source license, you are free to adapt them to your needs.
Rob Sherratt
Has anyone converteed the ARduino Uno reference design into Design Spark with all the components defined? If so could you please publish the component library for the "missing" 26 components that are not present in any Design Spark library?
Thanks,
Rob
MicrochipRTCfr
Salut,
Pour ceux qui cherchent une plateforme ARDUINO plus puissante les Chipkit UNO et Chipkit MAX32 offrent 80MIPS de performance et disposent en standard (pour le MAX32) de la connectivité Ethernet, USB et CAN au travers du shield Chipkit Ethernet.
Tous les détails sur ces différentes cartes ici.
Salutations
axf33
je vin d'acheter le module Arduino pour fair de la robotique et de la domotique vois deux adresse ou on peux les avoir en france http://store.easyrobotics.fr/ et http://shop.snootlab.com/ je vous les recomande il son tais bin super rapide pour info sur les module arduino voir http://arduino.cc/en/Main/ArduinoBoardUno
La Uno Arduino est un microcontrôleur basé sur le ATmega328 ( fiche technique ). Il dispose de 14 entrées / sorties numériques broches (dont 6 peuvent être utilisées comme sorties PWM), 6 entrées analogiques, de 16 MHz oscillateur à quartz, d'une connexion USB, une prise d'alimentation, une embase ICSP et un bouton de réinitialisation. Il contient tout le nécessaire pour soutenir le microcontrôleur, il suffit de le connecter à un ordinateur avec un câble USB ou alimentation avec un adaptateur AC-DC ou batterie pour démarrer.
La Uno diffère de toutes les commissions précédentes en ce qu'elle n'utilise pas la puce FTDI pilote USB-série. Au lieu de cela, il dispose de la Atmega8U2 programmé comme un convertisseur USB vers série. Révision 2 de la planche Uno a une résistance en tirant la ligne HWB 8U2 au sol, le rendant facile à mettre en mode DFU .
«Uno» désigne un en italien et est nommé pour marquer la sortie prochaine de Arduino 1.0. La Uno et la version 1.0 sera la version de référence de Arduino, aller de l'avant. La Uno est la dernière d'une série de cartes Arduino USB, et le modèle de référence pour la plateforme Arduino; pour une comparaison avec les versions précédentes, voir la index des cartes Arduino .
Hoegger
I already have five ARDUINO's and I am very happy to use them for all kind of physical measurement projects ... it's making so much fun ... !
diablero
I know Arduino and I think it's a very nice platform for learning embedded software for everyone (including for the kids). I've adapted and builded a board (with ATMEGA 168) by myself and it works really fine. I believe that the language for Arduino is extremely "expressive" and easy to understand. Many thanks and congratulations to the development team!
james
Looks fun, makes me want to break out the old soldering kit :-)
earthshine
Also, check out my free eBook :-
HERE
LStacey
Hi Earthshine,
I haven't read it in full yet (one for the train home tonight) but it looks great. Why not upload it to DesignSpark as a knowledge item?
Here's the link:
http://www.designspark.com/node/add/knowledge
Thanks.
tronixstuff
Arduino really is a lot of fun. Every week or so I publish a short tutorial, please have a look at tronixstuff.wordpress.com/tutorials
jkvasan
HI,
I understand the following from the web resources of Arduino.
1. We develop a hardware with one of the AVR chips and a USB-RS232 chip.
2. We get this Arduino desktop IDE.
3. We connect the hardware through USB to our computer.
4. Through this IDE we download code into the Arduino PCB and run.
My basic queries are
1. How does the AVR know how to communicate with the system and get programmed with the code?
2. Does it have a generic bootloader code or is there a Arduino-specific bootloader has to be put into it?
3. If so, whether we need to put this through a parallel programmer.
4. Where do we get this bootloader?
5. If you find any of these questions or my understanding not upto the mark, you are requested to enlighten me with the right information.
Regards
Jayaraman Kiruthi Vasan
diablero
Thanks, I'll follow your tutorials. I'm interested!
David Tarrant
Or perhaps a regular blog?
tronixstuff
Send me an email john at tronixstuff dot com
LStacey
Hi tronixstuff,
Just had a look at your site. Would you be interested in writing a few tutorials here on DesignSpark?