Difference between revisions of "Out of Water Turbidity"
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| − | This | + | == 10 June 2020 == |
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| + | The ArduCam module was tested as it is likely to form the backbone of the out of water turbidity sensor. Its standard library was downloaded and it was wired to an Arduino Uno on 5V. This worked well, and photos were able to be taken. | ||
| + | Next the power supply was changed to 3.3 V. This also worked well and the camera appeared to still be working normally. | ||
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| + | When it was attempted to be connected to a BoSL board. It raised the error of not being able to detect the camera. Currently the 8MHz speed of the ATmega on the BoSL board is the suspect. | ||
Revision as of 10:17, 10 July 2020
10 June 2020
The ArduCam module was tested as it is likely to form the backbone of the out of water turbidity sensor. Its standard library was downloaded and it was wired to an Arduino Uno on 5V. This worked well, and photos were able to be taken. Next the power supply was changed to 3.3 V. This also worked well and the camera appeared to still be working normally.
When it was attempted to be connected to a BoSL board. It raised the error of not being able to detect the camera. Currently the 8MHz speed of the ATmega on the BoSL board is the suspect.
