Battery Regulation Board for BAJA Racing Club
Project Overview
This project involves the design and development of a custom battery regulation board for the University of Arizona’s 21-22 BAJA racing club. The board was engineered to supply varying voltages needed for the club’s vehicle systems, including the main computer, sensors, screen, and telemetry components. As Version 1 of the design, it represents a foundational step with plans for future enhancements.
Design Specifications and Features
- Input Voltage: Accepts 12-24V via an XT60 connector.
- Output Voltages: Distributes power at 3.3V, 5V, 9V, and 12V.
- Current Capacity: Each rail can handle up to 10A, ensuring reliable power delivery to all systems.
- Case Design: Constructed from PETG with a TPU weather-proof seal and a clear acrylic lid for protection and visibility of the circuitry.
Engineering and Manufacturing Process
The battery board’s development showcased my electronics expertise and 3D manufacturing skills. The project demanded a custom PCB design and a tailor-made case to house the electronics securely. The use of durable materials like PETG and TPU, alongside the clear acrylic lid, ensures the board’s resilience against environmental challenges while maintaining functionality.
Project Impact and Future Plans
Successfully implemented in the BAJA racing vehicle, this battery board has proven its reliability and efficiency. It underscores my capability to tackle demanding electronics projects and contribute valuable solutions to real-world applications. Future improvements will focus on enhancing performance and integrating additional features based on feedback and evolving needs.
Specs
Dimensions
80mm x 80mm
R10
Weight
18.11g
Case Material
PETG, TPU, & Acrylic
Leave a Reply
You must be logged in to post a comment.