Identify the Names Purposes and Characteristics of Cooling Systems

Electronic components generate heat. Heat is caused by the flow of current within the components. Computer components perform better when kept cool. If the heat is not removed, the computer may run slower. If too much heat builds up, computer components can be damaged.

Increasing the air flow in the computer case allows more heat to be removed. A case fan, shown in Figure 1-5, is installed in the computer case to make the cooling process more efficient.

Figure 1-5 Case Fan

Characteristics Operating System

In addition to case fans, a heat sink draws heat away from the core of the CPU. A fan on top of the heat sink moves the heat away from the CPU, as shown in Figure 1-6.

Other components are also susceptible to heat damage and sometimes are equipped with fans. Video adapter cards produce a great deal of heat. Fans are dedicated to cooling the graphics-processing unit (GPU), as shown in Figure 1-7.

Figure 1-6 CPU Fans

Cooling System Computer Name

Figure 1-7 Graphics Card Cooling System

Cooling System Computer Name

Computers with extremely fast CPUs and GPUs may use a water-cooling system. A metal plate is placed over the processor, and water is pumped over the top to collect the heat that the CPU creates. The water is pumped to a radiator to be cooled by the air and then is recirculated.

Continue reading here: Identify the Names Purposes and Characteristics of Adapter Cards

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Readers' Questions

  • Izaak
    What is the name of cooling system on motherboard?
    1 year ago
  • The most common cooling system on a motherboard is the heatsink and fan combination. It works to draw heat away from components such as the CPU, GPU and other chipsets. Additional cooling systems such as liquid cooling, heat pipes and heat spreaders can also be used on motherboards.
    • Kidane
      What is the characteristics of computer cooling?
      1 year ago
      1. Airflow Direction: Computer cooling requires air to be moved from one place to another, usually from inside the case or heatsink to the outside environment.
      2. Heat Dissipation: A computer cooling system must be able to dissipate heat away from the components that generate it in order to maintain normal operating temperatures. In some cases, this can be accomplished simply by providing a path for the hot air to escape the case.
      3. Fan Speed: Fans are a crucial part of any computer cooling system and must spin at the correct speed in order to move the necessary amount of air to keep the system cool. The fan speed should be adjusted according to the amount of heat that needs to be dissipated.
      4. Noise Reduction: Some computer cooling systems come equipped with sound-dampening materials to reduce the amount of noise generated by the fan. This can be beneficial for keeping a quiet environment, especially if multiple fans are used.
      5. Compact Design: Depending on the system, the cooling solution must be designed to fit within the confines of the computer case. Some systems require special mounting hardware or cooling solutions to fit within the limited space available.