AER23-23-12CB/A01

Thermal - Heat Sinks are becoming increasingly popular as the need for higher power levels accelerates the flow of heat through the circuit board components. AER23-23-12CB/A01 is a type of heat sink that is widely used in a wide range of applications due to its effective heat dissipation capabilities. This thermal-heat sink is made of aluminum and features a three-dimensional sculpted fin pattern, which is designed to maximize air flow and increase heat dissipation efficiency.

Application Field

AER23-23-12CB/A01 is commonly used in consumer electronics, automotive, and industrial applications. This type of heat sink is designed for high-power applications where reliable heat dissipation is crucial for the proper functioning of devices and equipment. This heat sink is suitable for high intensity circuit board components such as CPUs, GPUs, IGBTs, and other power semiconductors. They are also used to cool down LEDs and halogen lamps in industrial and commercial lighting systems.

Working Principle

AER23-23-12CB/A01 works on the principle of natural convection heat dissipation. The heat sink is composed of a large number of thin metal fins which act as a radiating surface, or radiator. The fins are connected together and arranged along the length of a heat pipe, which is then attached to the component. Heat generated by the component transfers to the fins via the heat pipe. The heat then radiates from the fins, and is dissipated as the air passes over them. This helps reduce the temperature of the component and the surrounding environment.

This heat sink relies on a simple contact phase change mechanism where the heat passes from the source to the sink through a contact interface such as a thermal phase change material or even a liquid metal interface, and creates a boundary layer between those two surfaces. As air passes over the heat sink, it absorbs the heat spreading it throughout the fins and allowing it to dissipate effectively.

Conclusion

AER23-23-12CB/A01 is an effective thermal-heat sink that is used in a wide variety of applications due to its reliable and efficient heat dissipation capability. This type of heat sink is suitable for high-power applications where reliable heat dissipation is essential for optimal performance and reliability. The working principle of this heat sink is based on natural convection and a contact phase change mechanism, which helps dissipate heat effectively and efficiently.