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Balinju · 04-09-2003, 06:48 AM

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

04-09-2003, 06:48 AM	#15
Balinju Cooling Savant Join Date: Dec 2002 Location: Malta Posts: 495	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 __________________ So the bullet proof vest aint a $hit when d laser is pointed to your head Kid Last edited by Balinju; 04-09-2003 at 06:56 AM.