![]() ![]() ![]() We now have everything you need in the software development to start with the Arduino Due, however we still must do a few things before you start to program it.Īfter installation, we must now go to select as the default tab Arduino Due and still select the serial port to connect the board, otherwise we cannot transfer any content. We will begin the installation process, you will download the tools needed and more files of the definitions of the boards, as shown in the following images.įigure 9: Downloading all the necessary filesĪfter downloading all the necessary files, start the installation process of the boards and tools.Īfter installation, if everything goes well, we will show in the screen the Boards Manager the word "INSTALLED" as shown. We are interested in knowing how to download the libraries under the heading Arduino SAM Boards (32-bit ARM Cortex-M3), select it.īefore you download we still need to select the version of the IDE, we select the latest version installed. We will be conducted in the Boards Manager screen, where you can download libraries for Arduino Due and the others, since we have libraries for the family of Intel boards for example.įigure 5: Libraries for family Intel boards Choose the Tools command and Boards as shown. Let's start, first we start the IDE development in the tools menu. Why all this? We simply must download and install all the necessary libraries. After installation, if you try to start the Arduino IDE, we realize that one of the available boards is not on the Board section the opportunity to select Arduinoĭue. First, download and install theĪrduino IDE when the latest version is 1.6.4. This, however, involves certain procedures to be performed. Now that we know the main hardware features, it is time to move to the development. Installing libraries needed for development Programming ATmega16U2: used to upload sketches of code, in other words for its programming.įigure 2: the two mini usb on Arduino DueĪnd also compatible with all Arduino shields and components used on the Arduino Uno, provided that the Pin-out is the same, a practical example is that we can connect the Ethernet shield used on the Arduino Uno since the pin-out is perfectly compatible asįor more details on the hardware, see the following this link, where you can find more information and detailsĪbout it.Native USB SAM3X: for when we want to use the Arduino Due as a normal device, take example from a PC that uses peripherals such as mouse and keyboard, or even as a host and allows other devices to connect to it again through this port.We have said previously, that it has two mini USB ports: Its running requires an operating voltage of 3.3V instead of 5, so avoid voltages higher than the nominal, since there is the risk of damaging the entire Button for cancellation (erase) the sketch in memoryīesides the fact that Arduino Due are based on a 32bit ARM, there are still differences with other boards.Outputs GND, 3.3 and 5 volt power supply for external components.The following is the pin mapping and other hardware components: At the hardware level, it has less than 54 pins for I / O, data transmission and reception, analog inputs and much more. ![]() Installation of the libraries needed for developmentĪrduino Due is based on an AT91SAM3X8E processor, Cortex-ME CPU and is the first card of this family-based 32-bit ARM micro-controller.We are start with the hardware and finish with an explanation of the entire procedure for the development and testing of a simple sketch. This article provides a brief introduction to the Arduino Due boards. ![]()
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