What are the coolers?
When electricity passes through the circuit, it produces heat. Heat is dangerous for computer components, so parts that are particularly hot used to distract the heat they create. In general, the most likely part of the central processing unit (CPU), the main chip that operates a personal computer, is the most likely part. Some graphics cards also use their own heat coolers to disperse, especially if they are very strong. When one part of the cooler is in contact with something very hot, CPU or graphics chip, the cooler absorbs heat from the chip. The heat spreads through the cooler metal and dispersed into the air. Most coolers have a fan connected, which moves through the air through the radiator, which makes cooling more efficient. These clips keep the entire Snugly cooler in place. If the cooler ever occurs when the computer is running, it is only a few seconds than the processor becomes so hot that it will be destroyed. It is very important to never run a computer without properly mounted coolere.
To ensure that the cooler is in constant contact with the processor, a layer of conductive fat or adhesive is usually added. This lubricant or adhesive performs heat very well and ensures that no air comes between the cooler and the CPU. The air is a relatively poor thermal conductor, so it will not cool the CPU efficiently to prevent damage.
thermal sinks come in many different shapes and sizes. Experts disagree with the exact size and configuration that brings the best results. Some computer users prefer rounded cooling sinks with open centers such as a tube, and a fan that stretches the fins and at the top. Another common design is a cube in the shape of a cooler, with many thin metal fingers and a fan that blows the air down through the cooler.
Important are that the cooler has a lot of surface surfaces, that it is safeand that it has sufficient air flow. Skews or metal fingers are provided by coolers with more surface surface for heat leakage. The lubricant or glue together with clips keep the cooler in constant and safe contact with the CPU. The fan ensures that the air continues to flow, either by pulling it up or pushing it down through the cooler. Regardless of the size, shape or style of coolers, they do a key work to maintain vulnerable computer components before overheating.