This project is an Arduino-based system designed to generate precise frequencies and measure fluid flow rates and volumes. It includes an intuitive user interface with an LCD and analog buttons for easy interaction. The system calculates and displays real-time flow rate and volume measurements, providing accurate and reliable data.
Features: Frequency Generation: Generates specific frequencies for testing and calibration. Flow and Volume Measurement: Calculates flow rates and total volume based on pulse frequency input. User Interface: LCD display and analog buttons for mode selection and parameter adjustments. Real-time Calculations: Continuous updates of flow rate and volume measurements.
Hardware Components: Arduino microcontroller LiquidCrystal Display (LCD) Analog buttons Pulse input sensor Software Techniques Real-time pulse frequency calculation Flow and volume measurement algorithms User interface design Frequency generation for testing
Usage: Select the desired mode using the analog buttons. Observe real-time flow and volume measurements on the LCD. Adjust settings as needed for accurate calibration and testing.