Rotary potentiometer analog knob module encoder rotation module

$ 59.00

$ 79.00

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The 3.3V/5V Encoder Module Rotary Potentiometer Analog Knob Module for Arduino is a versatile device that offers precise control over analog signals, making it ideal for various electronic projects. The Encoder Module Rotary Potentiometer Analog Knob Module is a compact and easy-to-use component designed for interfacing with microcontrollers like Arduino. It combines the functionality of an encoder and a potentiometer, allowing users to input analog values and rotational data into their projects.

Features:

Name: Rotary potentiometer analog knob module encoder rotation module
SKU: 1593684

Dual Voltage Support: This module can work with both 3.3V and 5V systems, providing flexibility in compatibility with different microcontrollers and electronic setups.

Encoder Functionality: It features an encoder that converts rotational motion into digital signals, enabling precise measurement of rotation and direction.

Potentiometer Control: The analog knob acts as a potentiometer, allowing users to adjust analog voltage levels smoothly and accurately.

Compact Design: Its small size makes it suitable for integration into various projects without taking up much space.

Easy Interface: The module typically uses standard pins for connection, making it easy to integrate with popular development boards like Arduino.

Applications:

User Interface Control: It's commonly used in projects where users need to interact with a system via knobs, such as volume control in audio applications or parameter adjustment in electronic devices.

Robotics: In robotics, this module can control servo motors, robot arms, or other mechanical components that require precise analog input or rotational control.

Data Logging: By interfacing with microcontrollers, the module can be used to log rotational data, such as the position of a motor shaft or the angle of a robotic arm, for analysis or feedback control.

Industrial Automation: It finds applications in industrial settings for controlling machinery, monitoring analog parameters, or adjusting settings in real time.

DIY Electronics: Hobbyists and makers often use this module in DIY electronics projects, such as building custom controllers, instruments, or interactive installations.