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Arduino
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Arduino is an open-source electronics prototyping platform based on flexible, easy-to-use hardware and software. It's intended for artists, designers, hobbyists, and anyone interested in creating interactive objects or environments. Expansion to the platform is made by "Shield" add-on boards via standard Arduino headers.
Getting Started
- What is Arduino (SparkFun)
- Getting Started with Arduino
- Arduino Tips, Tricks & Techniques (Adafruit)
- Arduino Basics with Becky Stern
- Arduino Inputs/Outputs with Becky Stern
- How to Add a Simple Circuit to Your Arduino
- How to Add a Simple Circuit to Your Arduino
- Your First Arduino Project with Becky Stern
- Arduino Code Libraries with Becky Stern
- 3 Beginner Arduino Mistakes
- Arduino Project Troubleshooting with Becky Stern
- The Basics of C++ on an Arduino, Part 1: Variables
- The Basics of C++ on an Arduino, Part 2: Functions and Methods
- The Basics of C++ on an Arduino, Part 3 Pointers and Arrays
- The Basics of C++ on an Arduino, Part 4 Control Statements and Loops
- The Basics of C++ on an Arduino, Part 5: Software Libraries and Custom Classes
- How To Get Started with MicroPython on Arduino
- Example Projects and Code (Arduino)
Other Resources
- Arduino Cheatsheet (SparkFun)
- Arduino Simulators for Hobbyists, Makers, and Classroom Environments
- Using an Arduino’s Digital I/O
- Learn to Use the Arduino’s Analog I/O
- How to Connect Different External Modules to an Arduino
- How to Permanently Store Data on an Arduino's Built-in EEPROM
- Boosting Arduino Efficiency: Interrupts and Power Management
- Build Your Own Arduino Breadboard
- How Interrupts are Handled in Arduinos
- The Do’s and Don'ts of Using Arduino Interrupts
- How to Avoid Using the Delay() Function in Arduino Sketches
- How to Write Multi-Threaded Arduino Programs
- Multi-tasking the Arduino - Part 1
- How To Create Custom Arduino Libraries for More Efficient Projects
- Arduino Tutorials and Projects
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