Authors:

Ndongo Njie

Date Created:

Not specified

Course Title:

Professor:

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About Paper:

This research presents a novel dual-modality printed circuit board (PCB) that combines sensor data visualization for farmers with code generation for optical communication. By integrating a Crystalfontz OLED display and an ATMega328P microcontroller, the PCB achieves these functionalities effectively. The Crystalfontz OLED display module offers a clear visualization of temperature, humidity, ammonia levels, and other measurements, while the ATMega328P microcontroller generates codes for optical communication. Rigorous design methodologies, including schematic design, component selection, and PCB layout optimization, ensure seamless integration of the dual-modality features. Software programming enables real- time visualization of sensor data and efficient code generation for optical communication. The proposed dual- modality PCB offers versatile functionality, empowering farmers to visually monitor sensor data and facilitating reliable optical communication. With a compact design measuring 45mm x 30mm, it seamlessly integrates into existing sensor systems, enhancing data visualization and communication efficiency. The Crystalfontz OLED display and the ATMega328P microcontroller significantly improve system performance and usability. By providing visual feedback on sensor readings and enabling efficient optical communication, the integrated Crystalfontz OLED display and ATMega328P microcontroller create a reliable and user-friendly platform for farmers. This study offers valuable insights into the design of advanced PCBs for multi-functional applications in agricultural settings. Future endeavors may focus on exploring miniaturization techniques to further enhance the board's compactness, facilitating effortless attachment to various farm animals.

Source:

Purdue University / 2023

Topics:

No topics listed

Co-authors:

Ndongo Njie