I did notice a possible bug when reading the internal temperature.
Set channel 1 to Amps DC and channel 2 to resistance.
Short channel 2 leads together for a few seconds so resistance reads zero and then open leads again.
Now switch channel 1 to INT and you get OVERLOAD.
Switch channel 2 to INT and channel 2 reads correct temperature.
Toggle Channel 1 a few times and it will read normally as well for INT.
Now if you repeat the above procedure but initially set channel 1 to Amps AC you will get a internal temp reading of -271 or 0×000000.
Also you need to go back to Amps DC before channel 1 can correctly read internal temperature.
I am using a Nexus 7 (2012) with CM11.0 (Kitkat 4.4.4)
This isn't an Android specific issue. I saw the same readings using the iphone app (iPhone 4S running iOS 8) although I didn't work out the exact steps to reproduce.
Greg writes:
I did notice a possible bug when reading the internal temperature.
Set channel 1 to Amps DC and channel 2 to resistance. Short channel 2 leads together for a few seconds so resistance reads zero and then open leads again. Now switch channel 1 to INT and you get OVERLOAD. Switch channel 2 to INT and channel 2 reads correct temperature. Toggle Channel 1 a few times and it will read normally as well for INT.
Now if you repeat the above procedure but initially set channel 1 to Amps AC you will get a internal temp reading of -271 or 0×000000. Also you need to go back to Amps DC before channel 1 can correctly read internal temperature.
I am using a Nexus 7 (2012) with CM11.0 (Kitkat 4.4.4)