Goal: Start testing with the physical circuit and in Fusion360. Wrap up any online tests
Allison: Order new parts for making PCBS (silk screen, solder mask, flux, etc.), build plan
Samantha: Finish pre-testing, set up testing sections, and begin testing them with Claire
Claire: Transfer MATLAB script into Arduino w/ custom function I made.
Team accomplishment: Individual part progression
Samantha: Finished pre-test procedure(pwr sourse TBD), cut off sections were planned and the first three were set up for testing
Allison:
Claire: Advanced progress in creating "moving" or changing values with respect to time and testing them with the multimeter and possibly the oscilliscope
Lead: Allison w/ Dummy PCB
Progress:
Plan for next week:
Lead: Claire in Simulink (toolbox of MATLAB) & Arduino IDE
Findings / Progress:
Figured out how to genreate randomized values with Guassian noise (statistically random noise that helps to mimic realistic values in the real world).
Plan for next week:
Adjust the code to account for the voltage cap of 4.7 volts for the data type of 4095 for the 12-bit DAC.
Figure out what needs to be added to the model so that the MATLAB function block script runs smoothly and in real time.
Lead: Samantha for documentation and operation | Claire for overall design and goals
Goal: See signals (just one for this week) on the oscilloscope
Findings / Progress:
Improved formatting + possible strategies
Pre-test procedure accomplished (pwr source TBD)
Testing sections were planned and the first three were prepared for testing
Plan for next week:
Finish preparing sections for testing
Begin testing the breadboard with the oscilloscope