Unlock the full potential of rotary encoders in your Arduino projects with this detailed step-by-step guide! In this tutorial, I walk you through the fundamentals of using a rotary encoder with Arduino, showing how to detect rotation, adjust values, and control various outputs. Perfect for anyone looking to add precise control to their electronics projects! #Arduino #RotaryEncoder #ElectronicsTutorial #DIYTech #MakerProjects #ArduinoGuide #IOT #ElectronicsLearning #ArduinoProjects #TechTutorial

An absolute encoder provides a unique digital code for each shaft position, allowing it to retain exact position data even after a power loss. In contrast, an incremental encoder generates pulses to indicate movement and direction but does not retain position when powered off, requiring a reference point upon restart. Absolute encoders are ideal for applications needing precise and consistent positioning, while incremental encoders are commonly used in cost-sensitive systems where only relative