Difference between revisions of "Programming Arduino"

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(Created page with " ===Loading Arduino bootloader=== It is possible to use the AVRISP program for Arduino to act as a programmer, in order to load the bootloader program onto an Atmel AVR micro-...")
 
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===Uploading sketches===
 
===Uploading sketches===
 +
====To a USB-capable Arduino====
 
Arduino boards with built-in USB-to-TTL serial converters are easy to program. One just selects the corresponding serial port in the "Tools>>Serial Port" menu item, preferring "tty." over "cu." in Mac/*nix systems.
 
Arduino boards with built-in USB-to-TTL serial converters are easy to program. One just selects the corresponding serial port in the "Tools>>Serial Port" menu item, preferring "tty." over "cu." in Mac/*nix systems.
 
+
====To a USB-less Arduino====
 
Arduino boards without USB, such as the Mini Arduino Pro, include pins to attach to ground, TX, RX and DTR pins of a serial port or USB-to-TTL adapter. USB-to-TTL adapters may also supply the working voltage.
 
Arduino boards without USB, such as the Mini Arduino Pro, include pins to attach to ground, TX, RX and DTR pins of a serial port or USB-to-TTL adapter. USB-to-TTL adapters may also supply the working voltage.
 
+
====To a breadboard Arduino via UART====
 
Breadboard Arduinos, in other words, Arduinos made by hand around an AVR micro-controller with a bootloader, may be programmed by connecting their TX, RX, and reset pins to the RX, TX, and DTR pins of a serial port.<ref>http://www.yuriystoys.com/2012/02/arduino-on-beadboard-uploading-your.html</ref>
 
Breadboard Arduinos, in other words, Arduinos made by hand around an AVR micro-controller with a bootloader, may be programmed by connecting their TX, RX, and reset pins to the RX, TX, and DTR pins of a serial port.<ref>http://www.yuriystoys.com/2012/02/arduino-on-beadboard-uploading-your.html</ref>
  
 
One can also use an Arduino as a USB-to-TTL adapter if the AVR micro-controller is removable, as in the Arduino Uno.<ref>http://www.yuriystoys.com/2012/02/arduino-on-beadboard-uploading-your.html</ref>
 
One can also use an Arduino as a USB-to-TTL adapter if the AVR micro-controller is removable, as in the Arduino Uno.<ref>http://www.yuriystoys.com/2012/02/arduino-on-beadboard-uploading-your.html</ref>
 +
====To a breadboard Arduino via ICSP====
 +
One can skip using the bootloader, freeing the space that would be used by the bootloader, by uploading a sketch through the SPI interface, using an intermediary programmer like the AVR-ISP or the Arduino-as-ISP.<ref>http://arduino.cc/en/Hacking/Programmer</ref>
  
 
==References==
 
==References==
 
<references />
 
<references />
 
[[Category:Electronics]]
 
[[Category:Electronics]]

Revision as of 09:10, 26 March 2014

Loading Arduino bootloader

It is possible to use the AVRISP program for Arduino to act as a programmer, in order to load the bootloader program onto an Atmel AVR micro-controller. An intermediary Arduino takes serial communications from a computer and sends to the target micro-controller the necessary signals via SPI pins and a reset pin.

Uploading sketches

To a USB-capable Arduino

Arduino boards with built-in USB-to-TTL serial converters are easy to program. One just selects the corresponding serial port in the "Tools>>Serial Port" menu item, preferring "tty." over "cu." in Mac/*nix systems.

To a USB-less Arduino

Arduino boards without USB, such as the Mini Arduino Pro, include pins to attach to ground, TX, RX and DTR pins of a serial port or USB-to-TTL adapter. USB-to-TTL adapters may also supply the working voltage.

To a breadboard Arduino via UART

Breadboard Arduinos, in other words, Arduinos made by hand around an AVR micro-controller with a bootloader, may be programmed by connecting their TX, RX, and reset pins to the RX, TX, and DTR pins of a serial port.[1]

One can also use an Arduino as a USB-to-TTL adapter if the AVR micro-controller is removable, as in the Arduino Uno.[2]

To a breadboard Arduino via ICSP

One can skip using the bootloader, freeing the space that would be used by the bootloader, by uploading a sketch through the SPI interface, using an intermediary programmer like the AVR-ISP or the Arduino-as-ISP.[3]

References