Project Overview
This project involved designing and assembling a Random Number Generator that simulates dice rolls. The device was built using digital logic principles and implemented on a custom PCB (Printed Circuit Board).
Key Skills and Tools
- Soldering components onto the PCB with precision.
- Utilizing logic gates to implement random number generation.
- Understanding digital circuit design and troubleshooting.
- Testing and debugging using multimeters and other electronic tools.
Process
- Designed the circuit using digital logic and determined component placements on the PCB.
- Assembled the PCB by soldering logic gates, resistors, LEDs, and buttons.
- Validated the design by testing the random number generation functionality with live circuits.
- Troubleshot and optimized the circuit to ensure accurate and consistent performance.
Outcome and Impact
- Successfully implemented a functioning Random Number Generator with an interactive LED display.
- Enhanced my hands-on experience with soldering and circuit design.
- Demonstrated expertise in digital logic principles and troubleshooting techniques.