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Kingduino Fio ATmega328P Microcontroller

Kingduino Fio ATmega328P Microcontroller

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Poids
19 g
SKU:
381000054
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Le Fio Arduino est une carte microcontrôleur basée sur le ATmega328P fonctionne à 3.3V et 8 MHz. Il dispose de 14 broches numériques d'entrée / sortie (dont 6 peuvent être utilisées comme sorties PWM), 8 entrées analogiques, un résonateur à bord, un bouton de réinitialisation, et les trous pour le montage en-têtes de broches. Il a des connexions pour une batterie au lithium-polymère et comprend un circuit de charge sur USB. Une prise XBee est disponible sur le bas de la carte.

L'Arduino Fio est destiné aux applications sans fil. L'utilisateur peut télécharger des croquis avec un câble FTDI ou le conseil d'évasion. De plus, en utilisant un adaptateur modifié USB-XBee tels que Explorateur XBee USB, l'utilisateur peut télécharger des croquis sans fil. Le conseil d'administration vient sans têtes pré-monté, permettant l'utilisation de différents types de connecteurs ou de soudure directe de fils.

Spécifications:
Microcontroller: ATmega328P
Tension de fonctionnement: 3.3V
Tension d'entrée: 3,35 ~ 12V
Tension d'entrée pour la charge: 3,7 ~ 7V
Digital I / O Pins: 14 (dont 6 fournissent la sortie PWM)
Pins d'entrée analogique: 8
DC Courant par I O Pin /: 40mA
Mémoire flash: 32KB (dont 2 KB utilisé par bootloader)
SRAM: 2KB
EEPROM: 1KB
Vitesse d'horloge: 8MHz
Dimensions: 65x28x12mm
Poids: 8.2g

* Note: Ce ne sont pas un produit original de marque Arduino.

  • UGS 381000054
  • Brand -
  • Capacité ( mAh ) -
  • Poids (g) 19.00
  • Longueur 75.00
  • Largeur 30.00
  • la taille 45.00
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I'm not using this with an xBee but a WiFLY board from Roving Networks which gives you full Wi-Fi connectivity.



The board appears identical to the reference design, soldering of the headers and xBee socket is rather poor but nothing that can't be fixed with an iron.



Lots of sticky flux residue on the board but again cleaned in a minute.



it will charge the 1S LiPo anywhere from 3-6v input and a red LED indicates charging, turning off when finished.



If you wish to program this while the WiFLy is connected you will have to do two things.



1. send the command "set sys trigger 0x20" to the module followed by "save"



2. solder a switch between pin 4 of the xBee socked and 3.3v.



When the switch is closed it will put the module into sleep mode and you can program your arduino freely!



When ready to run again set the switch back to off.



Note: if you intend to use hardware debuging with a dragon or jtag-ice you will not need to remove C3 as you would on a Arduino Uno, just unplug the ftdi from the port.



Phew, that was a rambling diatribe!



TL;DR version

Very good board, very good price, a few soldering issues.

verified_user Quality:
trending_up Value:
playlist_add_check Overall:

I'm not using this with an xBee but a WiFLY board from Roving Networks which gives you full Wi-Fi connectivity.



The board appears identical to the reference design, soldering of the headers and xBee socket is rather poor but nothing that can't be fixed with an iron.



Lots of sticky flux residue on the board but again cleaned in a minute.



it will charge the 1S LiPo anywhere from 3-6v input and a red LED indicates charging, turning off when finished.



If you wish to program this while the WiFLy is connected you will have to do two things.



1. send the command "set sys trigger 0x20" to the module followed by "save"



2. solder a switch between pin 4 of the xBee socked and 3.3v.



When the switch is closed it will put the module into sleep mode and you can program your arduino freely!



When ready to run again set the switch back to off.



Note: if you intend to use hardware debuging with a dragon or jtag-ice you will not need to remove C3 as you would on a Arduino Uno, just unplug the ftdi from the port.



Phew, that was a rambling diatribe!



TL;DR version

Very good board, very good price, a few soldering issues.

Customer files
Arduino Fio Schematic Download [51]
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