Quote:
Originally posted by pHaestus
It's good to see data that's reproducible right? Now if we could only understand why that behavior occurs...
..
I think this picture would be a good bit different with a clearer estimate of true W. I am also starting to wonder if maybe noninsulated wb and imperfectly insulated res and hose become a factor at low coolant temps and cause higher apparent C/W.
Almost forgot; numbers for Les here:
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Morn.
First coffee thoughts:
Is the V-Core =2.0 New data? - I not see in day's Numerical Display.
Yes, I do see some admirable reproducability in Diode Temp Readings, e.g MHz 2200, V-Core 1.6(Coolant Temp -5.7 and -6.07)
Is looking like a "..... Watts are worse" issue.
There does seem to be a transition Temp whichever Wattage "guess method" is used .
Perhaps even two transitions if including Bills data(as viewed in the larger 0.19 -0.26 "C/W" scale)
The obvious culprit would be a phase changes* in the insulation.
Will post later in the Morn with madatory Excels .
Ta for all effort.
Edit
* Both Condensation and Ice-formation in different sections of the system