Schedule The project concept began in August 2020. The design of the Nano Data Logger started in January 2021 and was completed in February 2021.
This post will discuss the programming and results for the second test circuit. Existing code that controlled the acceleration of the prototype MROC was used,
Concept The version 2 test circuit uses the Arduino Nano shield. This test circuit has two 200 ohm resistors in series with the LEDs, two
To simulate MROC motion in a test environment, a test circuit was created using two LEDs (red and green) and two switches. The switches were
Concept For the final test circuit implementation, Version 1, the design was based on a suggestion from User John who offered a great idea on
After testing 3 data logging devices, we came to a conclusion on which design we would like to implement into the final prototype MROC vehicle.
As mentioned in the previous post, the Nano kit included all parts and a BMP280 sensor for immediate use. This post will talk about initial
Concept Throughout the design process of the DS3231 and the Arduino Data Logging Shield, another data logging device caught our attention. This design uses the
Programming the Arduino Shield test circuit was done in two parts. One program focused on the AM2320, and the other on the photocell and LED.
After assembling the device, the next step was to make a test circuit so I could begin to record data. Usually, when someone collects data,
CBU Student Branch of IEEE
