How Does the Project Work?
In this demonstration, the servo motor can be controlled in two ways:
- Display Control: Use the slider on the display to set the servo motor's angle from 0° to 180°. The motor's current position is displayed in real-time on the graphical interface.
- Potentiometer Control: Adjust the servo angle by turning the potentiometer, with the updated values automatically shown on the display.
Summary of Features:
- Two Control Options: Choose between the display slider or the potentiometer to adjust the servo.
- Real-Time Updates: The servo angle is displayed on the screen in real-time.
- Reliable Communication: Utilizes the Lumen Protocol library to ensure efficient interaction between the display and Arduino.
Components and Materials
Hardware:
- Arduino UNO
- Servo Motor
- Potentiometer
- Smart Display
- Jumper Wires
Software:
- UnicView Studio: For creating the graphical interface.
- Arduino IDE: For programming the Arduino.
How to Set Up the Project?
- Download the Project Files:
All source code and schematics are available in the official GitHub repository. - Configure the Display:
- Upload the project file to the display using UnicView Studio.
- The display includes a slider for angle control and an indicator to show the servo's current position.
- Set Up the Arduino:
- Open the code in the Arduino IDE, select the correct serial port, and upload the code to the Arduino UNO.
- Assemble the Circuit:
- Connect the servo motor, potentiometer, and display to the Arduino as per the schematic in the repository.
- Ensure adequate power supply to the servo motor to prevent voltage drops.
Why Use This Project?
The Servo Motor Project is an excellent tool for learning or teaching motor control concepts and the integration of hardware and software. It demonstrates how to use touchscreen displays for precise commands and how to incorporate analog devices like potentiometers for additional control options.
Downloads and Resources
English