Design of a DC-DC Modular Smart Power Board

Team Member(s): D. M. White
Semester: Fall 2010

End-Product Description
The end result of this product is an extremely user friendly board capable of meeting up power requirements for unmanned system robotics. Therefore, the maximum power output for each of the variable outputs of the power board will be 10W. By only setting up a few constants and hardware initializations, the board is programmed to activate the regulators, monitor voltage input and output, and keep communications with the mission control board.

Figure: PIC32 with Capabilities