Thermal - Heat Sinks

ATS-12B-170-C2-R0 application field and working principle

Heat sinks are mechanical or electrical components designed to absorb and dissipate excess heat from other components in a structure. By transferring heat away from sensitive areas, they help protect components from overheating, improve power efficiency, and increase the longevity of electrical and mechanical components. ATS-12B-170-C2-R0 is a reliable and cost-effective heat sink designed by ATS. It is widely used in various electronic and electrical applications, including automotive and aerospace.ATS-12B-170-C2-R0 is made of high-grade aluminum and is manufactured in a way that ensures a consistent, even surface, thus, it provides excellent heat dissipation properties. It is available in a variety of sizes and specifications. Depending on the application, the heat sink can be customized according to the customer’s needs. Furthermore, the product can be installed easily, requiring few modifications to the system design.The working principle of ATS-12B-170-C2-R0 is simple. The aluminum material absorbs heat from the component and dissipates it away, creating a cooling effect. This phenomenon is the result of thermal energy transfer. The heat absorbs by the material moves through the heat sink fins to the air, thus, reducing the temperature of the component. Additionally, the design of the heat sink enhances the rate of heat transfer by exposing more surface area to the air.In addition to its cooling properties, ATS-12B-170-C2-R0 is also designed to reduce noise. Noise occurs when the components vibrate and generate sound waves, which then reverberate on the metallic surface of the heat sink and increase the noise level. To minimize noise transmission, the heat sink is designed with a noise-dampening fin material. This material dampens the vibration of the component by absorbing the sound as it passes through the fins, thus keeping the noise level within tolerable limits.Overall, ATS-12B-170-C2-R0 is an excellent heat sink option for electronic and electrical applications. It is designed to reduce the temperature of the component, increase power efficiency, and reduce noise. It also has customization options and easy installation, making it an ideal choice for various application needs.