On Thu, 9 Dec 2010 14:46:39 +0100, Juerg Haefliger wrote: > > Do you happen to know if any of these are internal (so that the > > mapping/label doesn't depend on the system)? This would help. in2 and > > in6 would be candidates, maybe in5 as well. > > From the datasheet it looks like in2, in5 and in6 need to be wired as > specified otherwise the chip will not work properly under certain > conditions. VTR is the standby voltage and if standby mode is not > required, could be connected to VCC externally. I propose the following default configuration file section for the SCH5217: chip "sch5127-*" label in2 "+3.3V" label in5 "3VSB" label in6 "Vbat" > > Do you have any clue what > > "VTR" stands for? > > VTR is the ATX standby voltage also called trickle voltage (courtesy > of google :-) Strange, http://en.wikipedia.org/wiki/ATX doesn't mention either VTR or trickle voltage. It does mention "+5 V standby" though (purple wire.) Anyway, I think we can assume this is what other chips name "3VSB". Which is strange though because apparently ATX has a +5V stand-by but no +3.3V standby. So I guess that 3VSB/VTR is actually 5VSB with a scaling factor, either internal or external. > > For internal voltages we can put the labels in the default > > sensors3.conf file, to help the users. > > Ah. I just realized that the SCH5127 has another voltage input that > the other dme1737 clones don't have but which isn't exposed through > the driver. Register 0x1f, nominal 1.5V, max 2.0V. Ah ah! Very interesting. It could be where Jeff's mysterious +1.5V is connected! Could you write a patch adding support? Thanks, -- Jean Delvare _______________________________________________ lm-sensors mailing list lm-sensors@xxxxxxxxxxxxxx http://lists.lm-sensors.org/mailman/listinfo/lm-sensors
