Modifications

{{asm-row|img=ADF-LED-BACKPACK-MATRICE-BI-04.jpg}}

{{asm-row|img=ADF-LED-BACKPACK-MATRICE-BI-04.jpg}}

{{asm-text}} Turn the backpack over so its sitting flat on the matrix.

{{asm-text}} Retourner le "backpack + matrice" et assurez vous que le backpack est bien à plat sur la matrice.

{{asm-row|img=ADF-LED-BACKPACK-MATRICE-BI-05.jpg}}

{{asm-row|img=ADF-LED-BACKPACK-MATRICE-BI-05.jpg}}

{{asm-text}} Solder all 24 pins.

{{asm-text}} Soudez les 24 broches.

{{asm-row|img=ADF-LED-BACKPACK-MATRICE-BI-06.jpg}}

{{asm-row|img=ADF-LED-BACKPACK-MATRICE-BI-06.jpg}}

{{asm-img|img=ADF-LED-BACKPACK-MATRICE-BI-07.jpg}}

{{asm-img|img=ADF-LED-BACKPACK-MATRICE-BI-07.jpg}}

{{asm-text}} Clip the long pins

{{asm-text}} Couper les broches au dessus de la soudure (pour les raccourcir).

{{asm-row|img=ADF-LED-BACKPACK-MATRICE-BI-08.jpg}}

{{asm-row|img=ADF-LED-BACKPACK-MATRICE-BI-08.jpg}}

{{asm-text}} Now you're ready to wire it up to a microcontroller. We'll assume you want to use a 4pin header. You can also of course solder wires directly. Place a 4-pin piece of header with the LONG pins down into the breadboard.

{{asm-text}} Vous êtes maintenant prêt à vous raccorder sur un microcontrôleur. Nous partons du principe que vous allez utiliser le pinHeader à 4 broches. Vous pouvez, bien entendu, souder des fils directement sur la carte.  

 

Placez une section de 4 broches en enfonçant la partie LONGUE dans le breadboard.

{{asm-row|img=ADF-LED-BACKPACK-MATRICE-BI-09.jpg}}

{{asm-row|img=ADF-LED-BACKPACK-MATRICE-BI-09.jpg}}

{{asm-text}} Place the soldered backpack on top of the header.

{{asm-text}} Placez ensuite le backpack que vous venez de souder au dessus de header (voir l'image).

{{asm-row|img=ADF-LED-BACKPACK-MATRICE-BI-10.jpg}}

{{asm-row|img=ADF-LED-BACKPACK-MATRICE-BI-10.jpg}}

{{asm-text}} Solder 'em!

{{asm-text}} soudez le

{{asm-end}}

{{asm-end}}

== Bi-Color 8x8 LED Backpack Firmware ==

== Le Firmware du Backpack 8x8 LEDs couleur ==

We wrote a basic library to help you work with the bi-color 8x8 matrix backpack. The library is written for the Arduino and will work with any Arduino as it just uses the I2C pins. The code is very portable and can be easily adapted to any I2C-capable micro.

We wrote a basic library to help you work with the bi-color 8x8 matrix backpack. The library is written for the Arduino and will work with any Arduino as it just uses the I2C pins. The code is very portable and can be easily adapted to any I2C-capable micro.