ATS-10E-156-C1-R0

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

ATS-10E-156-C1-R0 Application Field and Working Principle

The ATS-10E-156-C1-R0, formerly known as the Aluminum Thermal Structures Thermal Interface Material, is a commonly used thermal interface material in the active cooling market, and one of the most versatile in terms of application. Thermal stands are utilized as the "building blocks" of electronics cooling by providing a direct thermal pathway between components that have different thermal characteristics. It is designed to provide a heat sink solution for electronic components with a relatively high thermal resistance, which would otherwise require a higher fan speed and a larger volume of air to adequately cool the components. This material is made up of an aluminum thermal interface material that maintains its properties over a wide range of temperatures.

The ATS-10E-156-C1-R0 is classified as an Aluminum Thermal Sink due to its structure and function. As cooling systems contain components of different thermal characteristics, the thermal interface material facilitates heat transfer due to its heat-dissipating and heat-conducting properties. This in turn helps to reduce the power and cost of the cooling system components, while also providing an enclosed, well-protected cooling area for the components to operate in. The thermal interface material also helps to provide a more reliable connection between components, while also acting as a damping layer to reduce vibration created by the system.

The ATS-10E-156-C1-R0 works by providing an improved heat transfer system. It is a conductive material that, when applied between two surfaces with dissimilar materials, provides a thermal pathway that allows heat to leave one surface and enter another. This thermal transfer utilizes a combination of mechanical and electrical principles, including: adiabatic compression, conduction, convection, and radiation. Through this process, heat is dissipated more evenly throughout the system.

The ATS-10E-156-C1-R0 is an excellent thermal solution for a wide variety of applications. Its low-cost and performance capabilities make it a viable option for those seeking an efficient and reliable cooling system. As the material serves as the direct heat transfer link between components, its proper installation is essential for optimal efficiency. It is important to take into consideration certain conditions and guidelines before installation, such as sufficient air flow, the maximum power dissipation level of the component, the load profiles of the components, and the allowable temperature rise.

Due to its broad application field and its relatively low cost, the ATS-10E-156-C1-R0 is an increasingly popular option as a cooling solution. Many professional industries, including defense, medical, automotive, and aerospace, have adopted this material due to its versatility and reliability. The demand for the material is also projected to increase over time as more applications for it are being discovered.

In conclusion, the ATS-10E-156-C1-R0 is a versatile thermal interface material that is widely used in both the consumer and professional industries. Its low-cost and improved thermal performance capabilities make it an excellent solution for those in need of an appropriate cooling system. Furthermore, its flexibility and reliability make it a viable option for those looking for an efficient and cost-effective cooling solution. This thermal interface material is classified as an Aluminum Thermal Sink, and it works by providing thermal transfer pathways through components with differing thermal characteristics.

The specific data is subject to PDF, and the above content is for reference