Microcarte compatible Arduino IBoard Ex. Présentation Cette microcarte compatible Arduino possède un port Ethernet WIZnet alimenté en énergie, un port XBee, une interface pour modules nRF24L01+, un port Micro SD et un processeur ATMEGA32U4.
Elle vous permet de créer des projets ayant à la fois une connectivité Internet et pouvant s'interfacer avec des modules XBee. Et elle est entièrement pilotable et paramètrable, soit en changeant la carte micro-SD, soit en reliant un PC via USB. Un produit idéal pour plein de projets, de la domotique au pilotage de robot : les possibilités sont infinies ! Caractéristiques Techniques Microcontrolleur : ATMega32U4Fréquence maximale : 16MHzMémoire RAM : 2KMémoire FLASH : 32KConnectique : port micro SD, port Ethernet POE, Débuggueur intégréAlimentation : 7 à 24 V DC ou POE, ou 5V par USBCharge d'opération délivrée : 3.3VDimensions : 80.77mm x 57.66mmModèle : IM120905007Version : 1.0Poids : 50 g Documentation Fiche technique (anglais) : ICI.
RELAYS and POWER CONTROL. Current Cost Development Board Pack OF 3. J h min s jour heure heures Livraison gratuite Voir la description de l'objet Environ : (Saisissez ##1## ou plus) (Saisissez une valeur supérieure à ##1##) Votre enchère maximum :
NKC Tutoriels Electronique. Google Traduction. Google Traduction. Traduction. Andre's Web enabled Arduino controller - Marine Aquariums South Africa. Sorry for starting yet another thread on an Arduino controller, but I didn't want to clog up @Manic's thread and I think we're going in slightly different directions.
I really want a controller that is web enabled, that is, one which I can manage with a web browser, either from my PC or from my phone. I thought I'd share what I've built so far, it's been going slow but maybe posting about it will keep me motivated a bit more These are the components I'm using: - Arduino Mega2560 - Arduino Ethernet Shield - DS1307 Real Time Clock - DS18B20 based temperature sensors - Relay modules with built transistor / opto drivers that I can connect directly My plan is to hook up the Arduino to my home network, which has ADSL and a Wireless access point.
So far I have the web server running on the Arduino, serving static files (css, images) from the SD card that is included on the Ethernet Shield. Here are a few screenshots of the current program running with 5 temperature sensors. Arduino Shields. This is revision 2.0 of USB Host Shield.
Thanks to new interface layout it is now compatible with more Arduinos – not only UNO and Duemilanove, but also big Mega and Mega 2560 work with Standard variant of this shield out of the box. No more SPI re-wiring and code modifications – just solder included stackable connectors (2×3 ICSP connector’s female side should be facing down), plug and play! This shield is shipped as a kit, containing populated and tested board plus a set of stackable headers, which you need to solder on the board. Fully assembled shield is also available. This shield will work with standard (dual 5/3.3V) and 3.3V-only (for example, Arduino Pro) boards.
Arduino clones with standard connector layout, including ICSP connector, should work, however only BlackWidow has been tested so far. If your Arduino clone doesn’t follow classic layout, take a look at previous revision of the shield. The following device classes are currently supported by the shield: