IDE (more specifically, the Arduino IDE): The software most commonly used to write and upload code to an Arduino board. the Motor shield allows control of motors, the Ethernet shield adds the ability to use internet functions, the Bluetooth shield adds bluetooth connectivity, etc.) Shield: An extension of a board, usually designed to slot perfectly onto the pre-existing pin configuration, that augments the layout and adds functions not already built-in to the base board (e.g. Not to be confused with a micro-processor, which either refers to the control chip itself or a much more complex board such as the RaspberryPi.īoard: The hardware around which Arduino is based, generally used to refer to the micro-controller itself ("the Arduino Uno board") Micro-Controller: Any programmable circuit based around a looped code of conditions and delays. To learn more about specific boards, refer to the step 'Resources' I will also go over the use of the IDE (the program we use to code the Arduino), shields, and sensors. In this Instructable, I will go over 3 of the most popular Arduino boards (which also happen to be my favorites): Here, I have narrowed it down to the basics. As you might imagine, this is a huge, ever-expanding field, with hundreds of variations of micro-controllers, configurations, and sensor equipment. In layman's terms, they are like simplified, miniature computers. The term, in the broader sense, is generally used to refer to a large field of micro-controllers based around Atmel microchips. I have compiled them here as peripherals to aid in the development of my Instructable as a non-profit educational resource, in accordance with the Fair Use doctrine.Īrduino is an open source electronics platform designed for creators, based around simple and easy-to-use hardware, and an interchangeable range of sensors, manipulators, and displays. The images they contain are the property of their respective owners, and may be subject to copyright. Please note: Some of the pictures in this Instructable are screenshots. ![]() So follow along, and let's explore the Wonderful World of Arduino. I won't deny that there are probably hundreds of different tutorials for starting with Arduino, but these are the things I found most useful in my early days. These are all things I learned through experience, and are tried-and-true methods for success. In this Instructable, I will be showing you: In this ever-expanding world of micro-controllers, it is easy to get lost and run circles around yourself trying to find information. I have been working with Arduino and electronics for many years now, and I am still learning.
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