395-2AB

Thermal-Heat Sinks are devices that use thermal energy to transfer heat from a source into a surrounding environment. Heat sinks are widely used in electronics to dissipate the heat generated by electrical components such as CPUs, GPUs, and other power-intensive devices. Heat sinks are often used in conjunction with fans to improve cooling performance.

A 395-2AB heat sink is a type of heat sink typically used in thermal management applications. This type of heat sink typically consists of a block of aluminum or copper with a number of fins extended from the block. The fins are designed in such a way that they increase the surface area of the heat sink, allowing more heat to be dissipated to the surrounding environment. Additionally, the fins of the 395-2AB heat sink extend out from the main block in different orientations, creating turbulent airflow, which further increases the rate of heat dissipation.

The 395-2AB heat sink is commonly found in applications like: industrial control and automation, telecommunications, instrumentation, IT hardware, medical, and automotive electronics. In these applications, it is used to dissipate the thermal energy generated by the electrical components within the device, preventing them from overheating. Additionally, the 395-2AB heat sink is also commonly used in LED lighting applications to manage the heat generated by the LEDs and protect them from thermal damage.

The working principle of a 395-2AB heat sink is simple. Heat is generated by electrical components within the device, and this heat is transferred to the heat sink’s block and fins. The increased surface area of the heat sink allows more heat to be transferred into the surrounding environment, cooling the electrical components in the process. Additionally, the fins of the 395-2AB heat sink create the turbulence in the airflow, further improving the rate of heat transfer.

In summary, the 395-2AB heat sink is a type of heat sink commonly used in thermal management and LED lighting applications. It consists of a block of aluminum or copper with fins extended from the block, and it works by transferring the heat generated by electrical components into the surrounding environment, keeping them cool and preventing overheating.