Quote:
Originally posted by Balinju
But i can lead you to some way, for silicon chips, i.e. semi-conductor, the resistance decreases with temperature (please correct me if i am wrong).
Therefore taking the formula P = V^2/R; when R Decreases, P increases, so when you increase the voltage of the cpu and making the cpu become hotter (V increases implies P increases), you are also varying the resistance wich makes the cpu become hotter even more.
hope that you understood my poor physics
|
The Problem is that what you're saying applies to non ohmic conductors. The CPU isn't a simple "conductor" so I doubt if the rule will hold there.
__________________
- Every great HD crash day is the day before back-up day.
-
My Past System
- "Better to reign in Hell than serve in Heaven." - Milton, Paradise Lost.
- FMZ