**** BEGIN LOGGING AT Wed Mar 27 02:59:57 2019
Mar 27 05:32:56 <DocScrutinizer05> yep
Mar 27 07:00:19 <sixwheeledbeast> voltage over current
Mar 27 07:08:53 <sixwheeledbeast> I.E 4.99Vdc@550mA - 5.02Vdc@90mA. Whereas no brand has high non/low load voltage 5.2V and drops exponentially over load 4.8V.
Mar 27 07:15:11 <sixwheeledbeast> Obviously with lithium the charger "controller" is part of the device, lithium doesn't take trickle charging. You are just supplying a fixed voltage/current to the device.
Mar 27 10:36:19 <DocScrutinizer05> I got a few wallwarts that are really funny, with 4.7V@0mA, 5.2V@500mA [SIC!]
Mar 27 10:45:45 <drathir> DocScrutinizer05: yea [*] ;'(
Mar 27 11:01:39 <luke-jr> I am curious how zero mA works
Mar 27 12:30:06 <DocScrutinizer05> by a meter that only takes fractions of one mA to probe the voltage
Mar 27 12:30:27 <DocScrutinizer05> or what been the question?
Mar 27 21:48:05 <brolin_empey> I tried to answer my own question about using a Core 2 Duo ULV CPU on a Socket T/LGA775 motherboard.  I found my own messages from this channel while searching the Internet.  Apparently the Core 2 Duo ULV SU9xxx CPU, which has a TDP of only 10 W and is what was in the Dell Vostro V13 notebook computer I had, is indeed soldered on the motherboard instead of socketed.  Apparently some medium-voltage Core 2 CPUs use Socket P but I do not yet know if a Socket P 
Mar 27 21:48:05 <brolin_empey> CPU can be used on a Socket T motherboard.
Mar 27 22:22:15 <brolin_empey> I guess a Socket P CPU cannot fit in a Socket T/LGA775 because it would be like trying to connect two male connectors because Socket P uses a Pin Grid Array but Socket T uses a Land Grid Array.
Mar 28 01:52:32 <brolin_empey> sixwheeledbeast: This “best before 2014” tuna seems fine so far.
**** ENDING LOGGING AT Thu Mar 28 02:59:57 2019