I just got home from work and went to check the current test mule which was the prototype before the rounded back version but made of the same material. I installed a battery off the charger (@98%) last night at 8pm and checked it a few minutes ago at 7am (11hrs later) and guess what percentage the battery was? Based on previous results I would have expected to come home to 87%. Nope... 96% was the actual reading. Figure that one out.... so in 11 hours I lost 2% or 60mah. Based on the previously posted dna75 chart that's actually less than quiescent draw that it's supposed to have. I'm perplexed. I will continue the test for 24hrs and hope to extrapolate some sort of useable data. The differences between proto 3 and the production version is the bottom contact is glued in instead of being screwed into the body and it was programmed with a different file. Same firmware just different settings and splash screens.
Is the CA glue that the contact is embedded in insulating the contact? Or is it a glitch that my laptop has imparted on the boards of the later models? I will install the v1 isolator solution once I get some sleep and 24hrs later we should have a pretty good idea exactly what the issue is. As much as this makes me look like the kid that didn't do his homework I'm actually enjoying this. I live to troubleshoot electrical problems; seriously.
Is the CA glue that the contact is embedded in insulating the contact? Or is it a glitch that my laptop has imparted on the boards of the later models? I will install the v1 isolator solution once I get some sleep and 24hrs later we should have a pretty good idea exactly what the issue is. As much as this makes me look like the kid that didn't do his homework I'm actually enjoying this. I live to troubleshoot electrical problems; seriously.
