Heat dissipation mode of radiator.
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Author:guangshanen
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Published time: 2017-03-17
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Heat dissipation in the way it is used, can be divided into two kinds, passive heat dissipation and active cooling, in the active heat dissipation according to the method is divided into air-cooled cooling, water-cooled cooling......
Heat dissipation in the way it is used, can be divided into two kinds, passive heat dissipation and active cooling, in the active heat dissipation according to the method is divided into air-cooled cooling, water-cooled cooling, liquid cooling, heat pipe radiator cooling, semiconductor cooling plate cooling, compressor auxiliary cooling and liquid nitrogen cooling and so on. 1. Heat dissipation passive heat dissipation, also said that in the case of other auxiliary heat dissipation mode, through the heat sink itself and chip contact, heat conduction away from the accumulation of the chip on the heat, but the current computer parts manufacturing more and more complex, instantaneous calorific value is amazing,
Only passive heat dissipation can not meet the needs of the CPU, so now we can only in those heat not high motherboard north-South bridge control chip or some of the low calorific value of the graphics card display chip can see this cooling mode. 2. Air-Cooled cooling cooling is the most common and most commonly used one of the highest heat dissipation, is active heat dissipation, this cooling method can solve our usual cooling needs, technology mature and affordable, and therefore widely used in the market. Wind-cooled radiator has simple structure, low price, safe and reliable.
But it also has some shortcomings, can not reduce the temperature below room temperature, and because of the fan rotation, so there is noise, and if improper installation will also cause the fan vibration, in the long run will damage the computer components, and fan life has time limit. 3. water-cooled cooling As the name implies, water-cooled cooling is the use of water to replace the air, through the movement of water in the heat sink through the heat convection to take away more ...
