===== Week 11 =====

==== Meeting Minutes April 4 and 5, 2019 ====
**Attended: Mizpah, Sharmaine, Xiao**

=== Updates === 
  * Our PCB is neither sending or receiving packets so we tried changing the clock.
    * Our sending works when we changed our clock from 16MHz to 8MHz 
  * When checking our PCB after we soldered the 8MHz clock in, we're getting somewhere between 0.4V - 0.53V for our clock, 3.3V for the Atmega, and 2.98V for our XBee
  * When checking our PCB when we had our 16MHz clock in, we're getting somewhere between 387mV - 720mV for our XBee
  * when checking our bare board with the voltage regulator, our clock is getting 0.5V and output is 2.4V
    * Alicia mentioned that usually, 16MHz clocks should run at 5V and 8MHz should run at 3.3V. 
  * Originally we wanted to keep our board at 8MHz since our board runs closer to 3.3V. However, we had trouble bootloading with 8MHz in the past.
    * Due to that we resoldered 16MHz back to our PCB
  * We'll fix our design again so our PCB would run at 5V
  * So far, we know that the sending code works fine. The relay code may or may not be the problem. We'll further work with Firmware to figure out the relay code. 
  * As a note, our range testing data may not be as accurate as we thought since the measured voltage of the clock and XBee wasn't where we thought it would be. 

===To Do===
  * Possibly redesign our PCB to run at 5V with the 16MHz clock 
  * Work with Firmware on relay code