NM I think I got what I was looking for....
NM I think I got what I was looking for....
Last edited by Elmy; 11-02-2011 at 05:54 PM.
something about resistance and capacitance of a circuit..
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lol this is the best thread in xtreme overclocking ever
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basically, the objects you are forcing electrons through are not perfectly smooth on the atomic scale so the electrons take a weird route and deposit some energy into the object because they have to change direction and speed
( this is partly the reason some electronics can be improved with more conductive materials, such as gold, silver )
if you want it really simple it gets hot from friction, essentially
now, what i think you really mean is why is my cpu hot, and that's probably because the heat-sink is dusty or the voltage is too high
im still scratching
CPU's get hot because reasons.
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if your cpu gets hot, you're doing it wrong
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because there is electron flying though the dies and because it's speed and that creates fraction and that creates heat cuz it's energy needs to be released
Come on everyone / this person's asking a serious questions that deserves an honest answer... Most newer CPU's get hot because they have plutonium circuits which require allot of voltage... This causes allot of heat which requires extra cooling...
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The same reason why a wood chuck chucks wood and gets hot chucking all day long. If you were a wood chuck you would know why CPUs get hot too.
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Cpu are allways hot, some are well cooled and then are warm...
Cpu as for many years are known as cpu, but latley i can call cpu Spu=support processor unit.
Nowdas we got even "audio processing" inside graphics processors=gpu that can take extreme calculations away from Cpu.
You do realize that space between atoms is thousands times greater than size of electron right ?Originally Posted by evoted
There is no friction on that scale.
Not a single close answer in this thread. Enthusiasts
Last edited by Cooper; 11-06-2011 at 03:41 AM.
I guess here: http://www.allaboutcircuits.com/vol_1/chpt_2/5.html
In lamens terms the resisters required to produce the 0/1 series of instructions @ a transistor level have to have resisters up to them to deliver the power required to each one. Adding resistance to control the power flow to precise levels generates heat in addition to when the actual circuit switches for its clock speed. When the flow of power is cut off the excess has to go somewhere either in terms of heat, light or magnetism same with the other power that was wasted to get your previous 1.25v down from your AC power source or DC power source ie 12v. The higher the power power a chip needs the higher the flow has to be and the higher the flow the more power that is wasted getting it down it and the wasted power is turned into heat.
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