Assembled and tested a functional RGB digital clock from raw components based on provided schematics and PCB layouts.
The final 5V DC device was successfully programmed to display current date, time (in both 12-hour and 24-hour formats), and real-time ambient temperature (°C/°F).
Utilized a comprehensive components list (including RGB components, resistors, and capacitors) and PCB layout documentation to guide the assembly process.
Executed component assembly and wiring via soldering, operating within a temperature range of ±400°C to ensure high-quality metallurgical and electrical connections.
Managed initial circuit setup and testing under the minimum supervision of a STEM instructor.
Achieved a 95% precision rate on all electrical connections, significantly minimizing the potential for long-term circuit failure and ensuring robust functionality.
Successfully troubleshot and debugged the circuit during the soldering phase using diagnostic tools, including a Digital Multimeter (DMM), Magnifying Glass, and PCB Holder, confirming 100% operational status of the final product.
Delivered a fully functional and precise electronic device demonstrating proficiency in PCB assembly, circuit construction, and basic programming.