ATS-14H-82-C1-R0

A heat sink is any material, typically metal, which has the capacity to absorb, store, and disperse excess heat due to electrical loads. Thermal-Heat Sinks, such as ATS-14H-82-C1-R0, are designed to dissipate this accumulated heat away from any sensitive areas to protect from corrosion or other damage.

The bulk materials that are most popularly used for thermal-heat sinks are copper (Cu) and aluminum (Al). These materials are chosen not only for their high thermal conductivity, but also for their relatively low cost, easy availability, and electrical non-conductivity. These are essential traits for successful thermal-heat sinks, as they need to efficiently transfer heat away from their source to an external sink.

ATS-14H-82-C1-R0 is an economical, high performance aluminum heat sink. It is designed specifically to dissipate thermal energy from high power devices that require active cooling. Because these items generate a significant amount of heat, the most effective way of dispersing the heat and avoiding damage to the device is to use a heat sink.

The ATS-14H-82-C1-R0 is made from high grade aluminum and features an optimized three-dimensional fin structure, allowing it to provide a high thermal dissipation rate (TDP) of up to 80W. The fin pattern is designed to maximize surface area for dissipation, as well as promoting air convection for improved cooling performance. In addition, the heat sink is constructed with large fins, which helps to dissipate any excess heat away quickly.

The goal of thermal-heat sinks like ATS-14H-82-C1-R0 is to manage temperatures so that any sensitive components within the device do not become damaged from excessive heat. By utilizing good thermal properties, this heat sink enables an efficient way of transferring heat away, keeping the device within safe thermal limits.

The intended application field of ATS-14H-82-C1-R0 is typically for use within electronic equipment, power supplies, power management, and other applications requiring high power dissipation. As a passive device, it does not require a power supply, and will work as long as air is provided to conduct the heat away.

The working principle behind a thermal-heat sink utilizes the principle of thermal conductivity. This involves exchanging heat energy through a solid material (such as aluminum or copper) from a hotter material to a cooler material. This is called the thermal transfer process, and without it any device with sensitive components within would be at risk of overheating and damaging. The ATS-14H-82-C1-R0 heat sink enables easy and efficient dispersal of heat energy so that any area under temperature control is kept safe.

Thermal-Heat Sinks, like ATS-14H-82-C1-R0, are a cost effective way to ensure that any electronic device with sensitive components is able to keep its temperature in safe levels. The aluminum material is lightweight, easy to install, and maximizes surface area for better thermal dissipation.

The working principle of thermal-heat sinks is based on thermal conductivity. This involves transferring heat energy away from a hotter material to a cooler material, and dissipating it away from any sensitive areas to protect them from corrosion or other damage. This is enabled efficiently through the optimized fin structure of the ATS-14H-82-C1-R0 heat sink, allowing it to transfer high power dissipations with ease and reliability.