V2007B

Thermal - Heat Sinks are an important component in any electronic system, but their job is often overlooked. The V2007B is a remarkable heat sink that can help cooling systems achieve maximum efficiency in a wide variety of applications.

The heat sink consists of a cast aluminum base, a double fin design, multiple heat pipes and a fan for forced thermal convection. The heat sink is designed to provide superior thermal management by transferring the heat coming from electronic components to the air. It can dissipate over 3 watts per LED @ 50°C ambient temperature. The unique double fin design helps to reduce the cross-sectional area of heat conduction while allowing for higher airflows that help to dissipate heat more efficiently.

The V2007B can be used in a variety of applications, including general LED lighting, power supplies, laser light sources, as well as medical and industrial lighting. It is also ideal for applications that require a high degree of thermal management for electronics, such as PCs, gaming consoles, and other high performance equipment.

The working principle of the V2007B heat sink is simple but effective. Heat is drawn away from the LEDs, ICs, and other sensitive components and dissipated via heat pipes and fins. Heat is then quickly absorbed by the fan, sending it into the atmosphere. By using a combination of thermal conductivity, radiation, convection, and conduction, the V2007B dissipates heat quickly and efficiently. The fan also helps to circulate air, allowing heat to evenly and quickly dissipate, preventing the build-up of hot spots.

The V2007B heat sink is designed to ensure maximum efficiency and durability. It is made from corrosion-resistant aluminum which is lightweight and can withstand temperatures up to 150°C. The fan is designed to provide high airflow and pressure, allowing it to dissipate heat quickly. It also features a thermally-controlled speed adjustment which helps to ensure that the fan operates at optimal power efficiency.

The V2007B heat sink is an effective way to cool sensitive components due to its superior thermal management. It provides maximum efficiency in a variety of applications and is proven to be a reliable and cost-effective cooling solution. The unique double-fin design helps to reduce heat conduction while providing higher airflow for optimal efficiency. The fan helps to circulate air, preventing the build-up of hot spots, and its thermally-controlled speed adjustment ensures optimal power efficiency.