C264-058-2AE

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Thermal heat sinks are an important component used in many electronic systems. In particular, C264-058-2AE is a highly efficient thermal heat sink used in a variety of applications. This article provides an overview of the C264-058-2AE application field and its working principle.

C264-058-2AE is a heatsink made from aluminum alloy which has a high thermal conductivity (13W/mk). It is designed to dissipate heat efficiently and quickly from the components of an electronic system. This high-efficiency thermal heat sink is suitable for use in a variety of situations, such as cooling components with higher temperatures, components with higher power density, and for larger electronic systems that require greater heat dissipation.

In addition, this high-efficiency thermal heat sink is suitable for use in applications where noise must be kept at a minimum. It is designed to maintain a low noise level, which is essential in many environments. The C264-058-2AE heatsink is also designed to keep the temperature of components within a certain range, allowing for optimal performance. The adjustable mounting brackets are capable of providing adjustable air passages, allowing for maximum flexibility.

The C264-058-2AE application field includes personal computers, servers, and other electronic systems. It can also be used in industrial applications such as in machines, electric vehicles, medical devices, aerospace, and military systems. As it is designed for industrial use, the C264-058-2AE thermal heat sink also provides excellent vibration resistance and protection from dust and debris.

The principle of thermal heat sinks is based on the laws of thermodynamics. Essentially, they “transfer” heat from a warmer area or component to a cooler area or component. The heat is transferred through the material that is used in the heat sink, typically aluminum, copper, or steel. Heat is transferred from the high temperature components to the heat sink material due to conduction, and then from the heat sink material to the ambient environment through convection.

The C264-058-2AE thermal heat sink is designed to maximize heat transfer from the components to the environment. It is constructed with a dense aluminum fin network to ensure maximum surface area, which is necessary for efficient convection heat transfer. The heat sink has a cross-sectional area at the base of the fins, which maximizes the heat transfer from the component to the surrounding environment. The C264-058-2AE also has adjustable mounting brackets to allow for maximum flexibility and an effective heat transfer.

In summary, the C264-058-2AE thermal heat sink is designed to provide efficient heat transfer from components to the environment. It is suitable for use in a variety of applications, including personal computers, servers, and industrial machines. Furthermore, its adjustable mounting brackets provide maximum flexibility and its aluminum material ensures excellent heat transfer, making it an ideal choice for many electronic systems.

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