History of GenBoard/Manual/Config/CoolantTemperature
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2009-06-07 12:36:42 . . . . MembersPage/GintsK [Proposal for 17-point curves adjustment method.]
2009-03-24 14:29:01 . . . . 3e44aeac.adsl.enternet.hu [verify patch file]
2009-03-18 15:06:07 . . . . kozpont.realszisztema.hu [Hexpatches question]
2009-03-17 19:57:48 . . . . 3e44aeac.adsl.enternet.hu [coolant dialog]
2009-03-17 19:48:54 . . . . 3e44aeac.adsl.enternet.hu [coolant dialog - images]
2009-03-17 14:20:32 . . . . MembersPage/MarcellGal [1.1.50 coolant]
2006-12-01 01:31:37 . . . . MembersPage/MarcellGal [minor cleanup; MAT link]
2005-03-13 17:35:49 . . . . line-70-197.dial.freestart.hu [corrected manual references]


Changes by last author:

Added:
**some method for temperature curves adjustment needed. 0...16 are ADC values. 0 represents 0ADC or 0V, 16 represents 255 or 5.00V (?) please correct! So two practical and one theoretical method would exist.

*** Practically we can measure voltage drop over NTC or PTC and make adjustment when voltage drop mach with one of 17 points. exatly match!, otherwise if make adjustment when raw adc is between two points can lead to unusable curve.

***more comfortable method would be if we can observe direct raw ADC value in tuning program. Can it be done??

*** theoretical method if we have access to NTC or PTC resistances vs temperature. We can calculate voltage drop and adc value. Or simply read from old good easytherm/MStoolsII output file. What bias resistor VEMS use? MembersPage/GintsK