If you get a decent digital temperature sensor, like SHT41 or SHT31, it could be a fun exercise to place both sensors next to each other and use the readings from the digital one to measure and calculate even more accurate calibration constants for the analogue one. The latter is probably more useful in analogue circuits as a whole.
Not sure about about SHT sensors, but I agree. There are many sensors that are better/worse than this one. I just had this one laying around) And I think this is a good exercise on how to start reading Datasheets and work with analog sensors
It's just the way I decided to do this. You can surely install micropython in Thonny. Also, not sure about this, but Thonny can probably install old version of micropython. Just better to have it from the source itself (micropython org)
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If you get a decent digital temperature sensor, like SHT41 or SHT31, it could be a fun exercise to place both sensors next to each other and use the readings from the digital one to measure and calculate even more accurate calibration constants for the analogue one. The latter is probably more useful in analogue circuits as a whole.
Not sure about about SHT sensors, but I agree. There are many sensors that are better/worse than this one. I just had this one laying around)
And I think this is a good exercise on how to start reading Datasheets and work with analog sensors
0:00-1:51 Intro
1:51-4:55 Datasheet walkthrough
4:55-11:47 Deriving formula
11:47-17:15 Coding
17:15-19:10 Connecting sensor
19:10-21:12 Setting-up MicroPython
21:12-23:03 Testing
Why did you not just use Thonny to install micro Python to the Pico bootloader?
It's just the way I decided to do this. You can surely install micropython in Thonny. Also, not sure about this, but Thonny can probably install old version of micropython. Just better to have it from the source itself (micropython org)
@@obelusstem199 ok
50-104.667 != 54.1667 answer 54.667
Omg, yeah. So the error starts from 62.5/0.6 = 104.1667, and not 104.667.
Thank you for pointing it out!