You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
After the flash restart, I noticed that the area of the low dropout regulator (LDO) feels overheated when touched.
However, I only have one unit available, so I am not sure if this issue is unique to my device.
Interestingly, when I flash the factory images, there is no overheating situation.
I was able to recreate this (any excuse to use my thermal camera!) but I question whether this is specifically a CircuitPython issue, or if this more relates to the fact that Python is an interpreted language. I would theorize that you would see the same amount of heat if you created a program in C/C++/Arduino's language which was always running at 100%.
Nevertheless, here are the temps I found.
First with the factory image loaded, I saw it max out at about 107°F (~42°C), and the LCD capped out around 92°F (~33°C).
Then once I flashed CircuitPython onto the device, it quickly climbed to 140°F (~60°C), as did the LCD screen.
and after leaving it idle for a few hours (Just waiting at the REPL prompt for CircuitPython), the device was at about 160 F (71 C)
Here's a video of the temperature climbing as the device is plugged into power
20250209-075540.mp4
But I will just say one more time, I don't think CircuitPython is to blame for this.
CircuitPython version and board name
Code/REPL
# NO code to run
Behavior
After the flash restart, I noticed that the area of the low dropout regulator (LDO) feels overheated when touched.
However, I only have one unit available, so I am not sure if this issue is unique to my device.
Interestingly, when I flash the factory images, there is no overheating situation.
Description
No response
Additional information
Waveshare product wiki
The text was updated successfully, but these errors were encountered: