These are all necessary connections, and nowit's time to devote ourselves to the creation of the test project. Lastly, connect the USB cable mentioned above, including a USB port of Raspberry Py 2 with the type usb output b of the Arduino board one.Finally, we connect on the breadboard, two black and red cables to bring power to all of the above components.the right of DHT11 sensor pin, the pin of the Arduino board gnd one.the central pin of the sensor DHT11, + 5V pin on the Arduino board one.pin "S" of DHT11 sensor (left pin) to pin 8 of the Arduino board one.Katodo the LED diode on the Arduino board gnd pin one.Anode of the LED diode on pin 13 of the Arduino board one.
It is DHT11 connect the sensor and the LED diode to the Arduino board.īelow is the final circuit of our project, we achieved it with Fritzing, an excellent software for the realization of electrical / electronic schemes. Before turning to the creation of the projects, it is necessary to wire the electrical circuit. We have installed all the necessary software components, and we also have all hardware components.
To install Windows 10 IoT Core, refer to the following procedure, which explains in a simple and comprehensive way throughout the procedure. We must, however, for the installation have a micro SD of at least 8GB, then install the operating system on it, at the end insert the SD card inside the dedicated port on Raspberry. Go to this link and you can download Windows 10 IoT Core. Now that we have everything you need on your PC, it's time to think about the Raspberry Pi2 card. Cons are that unlike the IDE Arduino, not including debugging, if you intend to debug your application you will have to buy it separately.
The pros are that you have available the intellisense for those who know that an automatic prompter will help - and not a little - when writing code. As stated earlier, you can choose to avail yourself of the IDE Arduino found at this link.Īlternatively, you can download and install this Plug-in that will let you create Arduino projects directly from Visual Studio 2015. So it will start with the installation of Windows 10 that you find in this link.įor installing the operating system and the time to install Visual Studio 2015 update2, find the download link here.Īfter installing Visual Studio 2015, it's time to devote our attention to the Arduino. Windows 10 IoT core 6.0 installed on SD cardīefore proceeding with the creation of the two projects, namely with Visual Studio 2015 for the UWP and the Arduino, you must install all the software mentioned above.Arduino IDE or Visual Micro for Arduino.
Windows SKD 6.0 (and the latter still included with Visual Studio 2015 update 2).Power cable USB type B side Arduino Uno board and the USB type to connect the Raspberry.Breadboard, which is the necessary basis for mounting components and electrical wiring.HDMI cable so as to connect the Raspberry Pi2 to a monitor.Raspberry Pi2 with 6.0 version installed on SD card, equipped with a power supply.For the realization of our circuit, we need the following hardware material,
All of this is very simple, and the purpose of the article is to show how to exchange information between two devices connected with serial port.Īfter this brief introduction, let's move to the next step. We will manage the temperature sensor for the display of data on Raspberry, while the LED will help us to demonstrate how we can send a command from the Arduino Raspberry by SerialComunication class.
At the hardware level, we will make use of Raspberry Pi2 board, Arduino Uno, temperature sensor DHT11 and a simple diode Led both wired on the Arduino Uno pin. We will see how it is possible with such a class to read and send data from the serial port. In this article, we will discuss everything related to the use of Serial Communication class, included in Windows.Devices namespace.