ATS-06F-40-C2-R0

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Thermal management is an important factor to consider in many industries. One component used in the thermal transmission, control, and management of sensitive electronic components is the ATS-06F-40-C2-R0. This heat sink is designed to effectively dissipate heat as well as maintaining critical temperatures against continual changes in environmental conditions.

Application Field

This type of heat sink is commonly used in applications where high temperatures require high thermal conduction efficiency. Examples include high-end consumer electronics such as gaming systems, medical equipment, and aerospace/auto industry components such as fuel injectors, computers and combustion motors. The robust and resilient nature of the heat sink makes it ideal for these applications that are prone to higher levels of vibration, shock, and temperature variations.

Outside of the temperature control industry, the ATS-06F-40-C2-R0 is used as support hardware for high-powered LED lighting arrays in industrial and home applications. The heat sink’s high thermal capabilities ensure the safe operation of the LEDs making it a popular choice for these application.

Design and Features

The ATS-06F-40-C2-R0 is constructed with a metal core and aluminum fins. The metal core absorbs and dissipates heat rapidly while the aluminum fins provide maximum thermal conduction efficiency between the core and ambient environment. Combining these two materials provide low thermal resistance and high thermal efficiency. The ATS-06F-40-C2-R0 measures 4.5” x 3.9” x 0.6” and has an operating temperature range of -22°F to +230°F. It is also accompanied with a press-fit retention design that ensures the secure mounting of components onto the heat sink.

Working Principle

Once the ATS-06F-40-C2-R0 heat sink is mounted onto an electronic component, it begins to dissipate the excess heat away from the component via natural convection. Heat from the resistive components is transferred into the metal core of the heat sink. This heat is then cooled by the aluminum fins which dissipate the heat into the atmosphere. This process results in improved thermal performance of the component.

As the ambient temperature increases, the cooling process of the ATS-06F-40-C2-R0 is enhanced by means of forced air convection. This process uses air forced through the fins, resulting in a more effective transfer of the heat from the heat sink into the environment. This provides optimal thermal control in high performance applications requiring consistent performance in extreme temperature environments.

Conclusion

The ATS-06F-40-C2-R0 heat sink is a well-designed solution for many temperature related problems. Its aluminum fins and metal-core design ensures maximum thermal performance under extreme condition in a variety of industries. The press-fit retention design also adds an additional layer of security to whatever component is mounted on the heat sink. Overall, the ATS-06F-40-C2-R0 is an effective and reliable solution for heat management.

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