LEDM-2-10

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LEDM-2-10 are components used widely in the wide array of industries to stand off components and insulate them from the substrate. These parts are designed to create spacing, ensure alignment, and form the basis of many assemblies. Present in all areas from consumer products to aerospace, it is essential to understand the way in which these products are used, their application fields, and the principles that are driving their successful deployment.

Application Field

The application field of LEDM-2-10 is wide and varied. These parts are used in consumer devices, in electronic assemblies, and in commercial, industrial and aerospace systems. They are used to provide electrical and mechanical support in both digital and analog assemblies.

These products are ideal for use in environments where heat is an issue, as the standoffs provide an effective insulator between components, which helps to keep thermal running costs to a minimum. The LEDM-2-10 has also been designed to be lightweight and low-profile, meaning that it can be used in a wide variety of applications, including applicators, automotive mounts, and machines for machining, drilling and riveting.

Working Principle

LEDM-2-10 uses a two-pronged approach to achieve the desired effect. The first is the physical connection between the parts, which is made possible through a pin and hole system. The pins secure the parts to the substrate, while the hole faces outward, allowing the user to secure further components. The second is the insulation, which is achieved through a combination of the standoff’s shape and composition.

The shape of the LEDM-2-10 is designed to allow for maximum insulation. Its curved, tapered shape creates a wide area between components and the substrate, meaning that any potential heat will be spread out. The composition of the standoff is also designed to maximise insulation; its high melting point, good thermal conductivity, and low modulus of elasticity all help to keep electrical connections, as well as components and substrates, cool. In addition, the standoff also has excellent dielectric properties and high resistance, enabling it to withstand high voltages with ease.

Conclusion

LEDM-2-10 are essential components in many industries and in many applications. Through understanding their application fields and the principles which drive their successful deployment, it is possible to make the most of these parts and ensure the maximum levels of performance. Additionally, understanding the components’ thermal and electrical properties will enable users to decide on the best product for the application and to ensure that any potential issues are avoided.

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