Attended: Keane, Kevin, Tyler, Kaeo

• Spoke with Garret on Skype about the board
  • Check the power supply with the ammeter to figure out the current input to the circuit
  • check voltage across the black capacitors in parallel without the solar panel

• LED on sensor board for firmware to debug
• Compare notes with cranberry on the sensor boards

• ask kenny about using a wheatstone bridge to modify the battery and solar panel voltage instead of a voltage divider. for the ADC.

• website looks at the battery voltage - ask kenny.

• slower clock and take out the 5V boost converter (clock cannot run without 5V)

• make sure the sensors can all handle 3.3V
• make sure all the parts can run on 3.3V

• N/A

• Work towards implementing the board with a slower clock and no 5V voltage regulator
  • Slower processing speed
  • Less power consumption
  • Able to gather data at least
• Look at data sheets to be sure parts can operate on a 8MHz clock and 3.3V
• Look into how to remove the 5V regulator so that the board will still work
• Code the currently working board with Firmware
  • currently planning to deploy the board that is already working, however this board will not last long without sun
  • come up with solutions to allow the speed without the power consumption

• Deployment early October (October 2nd), so try to make current board operational.