Types of Arduino boards | Choose the board that best suits your Project | MUFA TECH SOLUTIONS

Arduino board was designed in the Ivrea Interaction Design Institute intended for students without a background in electronics and programming concept. This board started altering to adapt to new requirements and challenges, separating its present from simple 8-bit boards to products for IoT (Internet of Things) applications, 3D printing, wearable, and embedded surroundings. All boards are entirely open-source, allowing users to build them separately and finally adapt them to their exact needs. Over the years the Arduino boards has been used to build thousands of projects, from daily objects to compound scientific instruments. An international community of designers, artists, students, programmers, hobbyists and experts has gotten together around this open source stage, their donations have added up to an unbelievable amount of available knowledge that can be of immense help to beginners and specialists alike.

Arduino board is an open-source platform used to make electronics projects. It consists of both a microcontroller and a part of the software or Integrated Development Environment (IDE) that runs on your PC, used to write & upload computer code to the physical board.The platform of an Arduino has become very famous with designers or students just starting out with electronics, and for an excellent cause.

Why Arduino Boards ?
Arduino board has been used for making different engineering projects and different applications. The Arduino software is very simple to use for beginners, yet flexible adequate for advanced users. It runs windows, Linux and Mac. Teachers and students in the schools utilize it to design low cost scientific instruments to verify the principles of physics and chemistry. There are numerous other microcontroller platforms obtainable for physical computing. The Netmedia’s BX-24, Parallax Basic Stamp, MIT’s Handyboard, Phidget and many others present related functionality.

Arduino also makes simpler the working process of microcontroller, but it gives some advantages over other systems for teachers, students and beginners.

Inexpensive
Cross-platform
Simple, clear programming environment
Open source and extensible software
Open source and extensible hardware

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