I've updated the title because it works with RISC-V cores as well (maybe a little bit better than ARM) ![:)]( "Smile")
And yes, I used the internal diode temp, my highly accurate and calibrated fingertip, and a FLIR camera.
It can go higher temperatures at heavy load, but still manageable, and it has thermal protection (I didn't deactivated it - 125 C, it can be set between 100-150 C, I prefer lower limit).
A heatsink with proper thermal pads can dissipate heat from top and bottom in the same time (something like Pi Zero metal cases). The top is so thin that I can see die core blinking on thermal camera.![:)]( "Smile")
And yes, I used the internal diode temp, my highly accurate and calibrated fingertip, and a FLIR camera.
It can go higher temperatures at heavy load, but still manageable, and it has thermal protection (I didn't deactivated it - 125 C, it can be set between 100-150 C, I prefer lower limit).
A heatsink with proper thermal pads can dissipate heat from top and bottom in the same time (something like Pi Zero metal cases). The top is so thin that I can see die core blinking on thermal camera.
6.3.5. Current Limit
The voltage regulator includes a current limit to prevent the load current exceeding the maximum rated value. The output voltage will not be regulated and will drop below the selected value when the current limit is active. See Section 14.9.6 for details.
6.3.6. Over Temperature Protection
The voltage regulator will terminate regulation, and disable its power transistors, if the transistor junction temperature rises above a threshold set by the HT_TH field in the VREG_CTRL register. The regulator will restart regulation when the transistor junction temperature drops to approximately 20°C below the temperature threshold.
Statistics: Posted by gmx — Thu Oct 17, 2024 12:58 pm