The Distance Monitoring System with LED Feedback is an Arduino-based project that utilizes ultrasonic sensors, LEDs, and an LCD display to create a real-time distance measurement and visual feedback system. This project showcases the practical application of Arduino in creating an interactive and accurate distance monitoring system.
- Real-time distance measurement using ultrasonic sensors
- LED feedback for visual indication of distance levels
- LCD display for displaying distance readings
- Adjustable threshold for triggering LED feedback
- User-friendly interface for easy interaction
- Arduino Uno board: Acts as the microcontroller and central processing unit of the project.
- Ultrasonic Range Measurement Module HC-SR04: Measures distance using ultrasonic waves.
- LEDs: Provides visual feedback based on the distance measured.
- 2x16 LCD display: Displays the distance readings.
- Jumper wires: Used for connecting the components together.
- Connect the Ultrasonic Range Measurement Module HC-SR04 to the Arduino Uno board.
- Connect the LEDs to the appropriate pins on the Arduino Uno board.
- Connect the 2x16 LCD display to the Arduino Uno board.
- Upload the provided Arduino code to the Arduino Uno board.
- Power on the Arduino-based system.
- The ultrasonic sensors will measure the distance to the nearest obstacle.
- The LCD display will show the distance reading in real-time.
- The LEDs will provide visual feedback based on the distance measured, indicating proximity.
- Adjust the threshold in the Arduino code if necessary to customize the LED feedback based on your requirements.
- Modify the Arduino code to adjust the LED threshold values for different distance ranges.
- Customize the pin assignments and wiring based on your specific components and requirements.
This project is licensed under the MIT License.