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arduino

Arduino is an open-source electronics platform based on simple software and hardware. It is intended for use by both non-technical and technical users for a variety of projects, from creating interactive art to prototyping new technology. The hardware consists of a microcontroller board and a development environment for writing software for the board. The software, or firmware, is written in C++ and is uploaded to the board using a USB connection. The Arduino platform is widely used for projects involving robotics, internet of things (IoT), and home automation.

Arduino boards are equipped with a variety of inputs and outputs, including digital and analog pins, as well as support for various communication protocols such as I2C, SPI, and serial communication. This allows the boards to interact with a wide range of sensors, actuators, and other devices. The development environment for Arduino includes a code editor, a compiler, and a programmer, making it easy for users to write, test, and upload code to the board.

The Arduino community has created a wide range of libraries and example code for various tasks and applications, making it easy for users to get started with their projects. Additionally, the wide availability of low-cost, pre-assembled Arduino boards and shields (boards that plug into an Arduino board to add functionality) allows users to easily incorporate advanced functionality into their projects without the need for extensive knowledge of electronics.

Arduino boards are also popular in education, as they provide a hands-on way to learn about programming, electronics and control systems.

Overall, Arduino is a versatile and user-friendly platform that is well-suited to a wide range of projects and applications, making it a great choice for hobbyists, students, and professionals alike.

1 - Home Automation: Arduino can be used to control lights, appliances, and other devices in a home automation system. This can be done using sensors to detect motion, temperature, and other conditions, as well as control devices using relay switches.

2 - Robotics: Arduino can be used to control the motors, sensors, and other components of a robot, allowing for the creation of a wide range of robotic projects, from simple line-following robots to more advanced robots that can navigate and avoid obstacles.

3 - Internet of Things (IoT): Arduino can be used to connect devices to the internet, allowing for remote monitoring and control of devices. This can include things like monitoring temperature, humidity and other environmental data, and controlling appliances and devices remotely.

4 - Interactive art: Arduino can be used to create interactive art installations that respond to user input or environmental conditions. This can include things like LED light displays, sound installations, and kinetic sculptures.

5 - Automated control systems: Arduino can be used to control and automate industrial processes, like controlling a machine or monitoring a production line. This can be done by reading sensor data, controlling motors and actuators and implementing control algorithms to ensure a smooth and efficient operation.

Carte de développement originale Ardu37Character33 IoT, ABX00027 ATSAMD21, importée d'Italie 41.94 41.94  (~EUR  ) +detail	ARDUINO-Carte de développement de données audio numériques MKR ZERO, ABX00012, ATSAMD21, MCU 41.94 41.94  (~EUR  ) +detail	Keyestudio-Kit d'apprentissage de piano à boutons, pigments STEM Esp32, kit de musique électronique bricolage, jouet programmable pour enfants, Ardu37Esp32 49.60 42.16  (~EUR  ) +detail	Carte de développement originale ABX00030 ARDUINO NANO 33 BLE, neuve, en stock 81.18 40.59  (~EUR  ) +detail	Carte de développement ARDUINO NANO 33 BLE avec HEADERS, ABX00034 NRF52840, vitesse 64MHz 41.94 41.94  (~EUR  ) +detail
Contrôleur de servomoteur sans balais haute précision MKS XDRIVE MINI, mise à niveau ODrive V3.6 Ardu37AS5047P-Encoder type-c imprimante 3D 60.88 42.01  (~EUR  ) +detail	Tscinbuny-Kit de tournesol électronique grand public, robot d'intelligence artificielle Ardu37, équipement de tournesol le plus connu 39.60 39.60  (~EUR  ) +detail	La carte de développement NUCLEO-F767ZI adopte STM32F767ZI MCU prend en charge la connexion Ardu37/ ST Zio/Morpho 42.24 40.12  (~EUR  ) +detail	Robot Rappel d'Eau Fait à la Main pour Ardu37, Kit de Démarrage Programmable NANO 52.50 42.00  (~EUR  ) +detail	Dwin-Panneau d'affichage LCD série UART, écran tactile IPS, HMI, TFT, Ardu37, ESP32, PLC, DMG10600CGSM _ 03W, 04W, 10.1 pouces, 1024*600 42.24 42.24  (~EUR  ) +detail
Technologie de carte de développement ARDUINO NANO, A000005, ATmega328 40.59 40.59  (~EUR  ) +detail	MLX90621 MLX90621BAB GY-906 GY-906LLC-621BAB 16x4 Infrarouge Array Température Capteur Tech 16*4 IR Array IIC I2C Pour Ardu37 43.30 42.00  (~EUR  ) +detail	Carte de développement ST NUCLEO-F411RE NUCLEOF411RE STM32F411RE compatible avec Ardu37 40.43 40.43  (~EUR  ) +detail	Écran OLED bleu/blanc pour Ardu3751 Méventuelles 420 STIM32 999, technologie I2C IIC, série X64 LCD LED SH1106, 1.3 pouces, 10 pièces 30.84 24.67  (~EUR  ) +detail	Carte de développement originale Ardu37MKR WAN 1310 ABX00029, LoRaWAN 41.94 41.94  (~EUR  ) +detail
Carte de conversion de niveau PLC à isolation optocouremplaçant, 4 canaux, 24V à 5V, 10 pièces/paquet 42.14 42.14  (~EUR  ) +detail	Robot araignée quadrupède LCD pour Ardu37, source ouverte, conception de projet, projet d'apprentissage Ardu37, projet de conception scolaire, ESP32C3 42.24 42.24  (~EUR  ) +detail	Heltec-Carte de développement Z successive LoRa32 V3 863-928, SX1262, écran OLED 0.96 ", WiFi + BT ESP32, kit Lora pour Ardu37Meshtastic IoT 44.24 44.24  (~EUR  ) +detail	Télémètre à capteur laser de haute précision, technologie de mesure de distance, interface TTL pour Ardu37, 20Hz, 80m 42.66 42.66  (~EUR  ) +detail	Wild éventuelles I compatible avec la carte d'extension, Spot Ardu37, MKR, Mem Shield, ASX00008 41.94 41.94  (~EUR  ) +detail

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