ATS-16C-30-C3-R0

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Thermal - Heat Sinks are used in many applications across numerous industries. ATS-16C-30-C3-R0 is an aluminum extruded heat sink designed for maximum heat dissipation and temperature control. It can be used in air-cooled, liquid-cooled or hybrid applications.

The aluminum extruded heat sink has a large open area to provide excellent air ventilation and cooling. It features an integral mounting base, fins with radiused edges, serrated faces and extruding pattern. This provides a larger surface area for maximum heat dissipation. The fin height is optimized, so the maximum amount of air is drawn through the fins to maximize cooling.

The extrusion is designed to maximize airflow while keeping the aerodynamic airflow characteristics of full aluminum design. This ensures that the air passing over the fins is correctly directed, giving maximum performance. The extrusion process also ensures that the internal component within the heat sink remains securely attached and there are no gaps or loose fittings.

The aluminum extruded heat sink is available in a wide range of sizes, shapes and custom configurations. This makes it suitable for a variety of thermal management and cooling applications. It is often used in low profile system enclosures, high performance computing systems, industrial applications, and automotive electronics.

In terms of working principle, ATS-16C-30-C3-R0 is designed to dissipate heat using the natural process of convection. Heat is generated within the device and the aluminum extruded heat sink draws off the heat, transferring it away from the device and allowing it to be dispersed into the ambient environment. This process helps to keep the environment at a cooler temperature, ensuring better performance of the device and improved reliability.

The extruded design, along with the radiused edges and serrated faces, allow the heat sink to effectively transfer heat away from the device. The heat is dispersed out of the device in multiple directions, dissipating the heat more quickly than other more conventional designs. This improves system performance by reducing the strain on the device and increasing its operating life.

In addition, the extruded material is designed to be corrosion resistant, making it ideal for applications in hostile environments. The fins are also designed to be abrasive resistant, meaning that they will not be affected by dust, dirt, or other particles in the atmosphere.

Overall, ATS-16C-30-C3-R0 is a reliable and effective solution for a range of thermal management and cooling applications. Its aluminum extruded design allows for maximum heat dissipation, improved system performance, and increased reliability. It is also corrosion and abrasive resistant, making it suitable for hostile environments.

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