ATS-07A-110-C2-R1

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ETS-07A-110-C2-R1 is classified under Thermal - Heat Sinks. It is a heat conduction and cooling device used to extract heat from a given source and dissipate it to the surrounding environment. It is designed to meet the critical requirements of temperature, power, and noise and vibration management of various applications.

Overview

The ETS-07A-110-C2-R1 Thermal - Heat Sink is an advanced heat transfer device composed of an open panel, a heat pipe, and a heat exchanger. It has excellent heat transfer characteristics, which makes it ideal for various applications. The heat sink has a unique airflow structure, featuring an open panel with perforations that accelerates airflow, forcing hot air away from the component and out of the chassis. This air movement technique ensures optimal cooling, which reduces system failure and extends the life of components.

Application Field

The ETS-07A-110-C2-R1 is designed for high performance applications with demanding temperature, power, and noise and vibration requirements. It is ideal for applications in advanced military and industrial applications where the component must constantly operate in hostile environments. The heat sink is also suitable for applications involving high voltage or high current, as well as in emerging digital processing, medical, and aerospace fields.

The ETS-07A-110-C2-R1 can also be used in data centers, as it helps maintain low temperature levels and prolongs the life of the equipment. Furthermore, it can tolerate high ambient temperatures and is suitable for operations in extremely dusty conditions. This makes the ETS-07A-110-C2-R1 an effective solution for data center infrastructure.

Working Principle

The ETS-07A-110-C2-R1 works on the principle of natural convection, which is the free natural movement of air caused by thermal effects in a system. When the panel of the heat sink contacts a hot component, it absorbs heat and guides it air-flows created by the perforations. This action helps circulate air in the device, ensuring efficient removal of thermal energy.

The heated air is passed through a heat pipe, a device that uses a liquid medium to transfer heat from one point to another. This heat pipe absorbs the heat from the hot components and transports it to a heat exchanger. The heat exchanger then dissipates the heat to the surrounding using the existing natural air flow.

The ETS-07A-110-C2-R1’s design also reduces acoustic noise, vibration, and physical stresses on components, making it an ideal solution for applications that require effective thermal management while maintaining low noise levels. It also has excellent resistance to dust and other foreign objects such as ice, making it suitable for applications in the most hostile environments.

Conclusion

The ETS-07A-110-C2-R1 Thermal - Heat Sink is an advanced heat transfer device designed to meet the demands of various applications. It is suitable for applications in advanced military and industrial fields, as well as in data centers and emerging digital processing, medical, and aerospace fields. The heat sink works on the principle of natural convection and has excellent heat transfer characteristics. It is also designed to reduce acoustic noise, vibration, and physical stresses, while providing resistance to dust and other foreign objects. This makes the ETS-07A-110-C2-R1 an effective and reliable solution for heat management solutions.

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