What is the motherboard?
Heatsink motherboard is a cooling device used on certain chips found on system boards. The main unit for processing a chip or computer (CPU) requires a cooler and the chipset also uses coolers. The size and design of these devices differ, as well as the materials and connection method.
When the computer is used, electrical activity within the CPU and chipset generates considerable heat, which, if it is not dispersed, damages or even melts chips, which makes them non -functional. It is attached to the top of the chip to the top of the chip, providing an effective path for heat leakage, first to the cooler, then from the radiator to the environment.
The motherboard is usually made of aluminum alloys or copper. Aluminum alloys are good thermal conductors and also have the advantages that they are light and cheap. Copper is three times the weight and several times more expensive, but has twice the thermal conductivity of aluminum for even better heat scattering. (Price-Dropitive diamond has the highest level of thermal vothe wonders and beating of copper for a factor of five.)
In addition to materials, physical design also plays a major role in how well the device distracts heat. Heatsinks have a rows of fins or pins reaching from the base. These fins or pins provide maximum surface surface for heat absorption while allowing air flow between rows to take away this heat. It cools the surfaces and creates a dynamic path for a continued variance.
The active cooler comes with a small fan connected to the upper part of the fins or a peg area used to cool the surface. The passive cooling block lacks a fan but is usually designed with a larger surface area. Some passive coolers are relatively high and permission may be a problem. However, the advantage of the passive model is the lack of noise.
Since the motherboard is responsible for keeping the chip, the face of the chip and the base of the coolThe papers must be compressed together directly and very tight. This is achieved through a blocking mechanism that varies according to the design. The open blow can be supplied with Z-Clip holders, a mechanism of loaded springs or a plastic arm that locks the cooling line down to the CPU or chipset. Some types of connection methods require the motherboard to have holes or a plastic support frame in place.
While the maintenance method will push the chip surface against the radiator base, there will still be minute cavities between the two surfaces due to inconsistencies, imperfections and roughness of surfaces. Trapped air introduces resistance or gaps in the thermal path that prevents cooling. To solve this, the motherboard is always used in conjunction with the thermal compound that sits between two surfaces and fills these gaps. The thermal tape is the least expensive mixture, but is generally considered the least effective. Thermal pads and tubular compounds made of different materials from silver to micronizovaDiamonds are more popular and still quite affordable among enthusiasts.
Some chips manufacturers recommend specific types of compounds and coolers to be used with their CPU. CPUs that are packed for retail sale usually come with a cooler and a thermal compound. In some cases, the CPU warranty is canceled if the chip is used with another cooler or compound.
Heatsines and compounds are easily accessible from computer and electronics outlets. Before purchasing the motherboard formation, make sure that the connection mechanism and the track are compatible with your motherboard and computer case. Recommendations and information about the warranty can be found on the chip manufacturer.