NX501107

LED Thermal Products

LED Thermal Products encompass a wide range of technological solutions used to reduce the thermal-related failure and degradation of LED lights. In particular, NX501107 is a revolutionary form of thermal management for LED lighting systems provided by TE Connectivity. It provides an effective and reliable method of compensating for the thermal environment of LED products.

NX501107 Application Field

NX501107 is specifically designed for LED lighting applications requiring both thermal stability and flexibility. It is capable of withstanding both static and dynamic temperatures from -40°C to +100°C and is suitable for use in a range of exterior, interior, and industrial lighting applications. Its patented design ensures maximum heat transfer efficiency when compared to traditional thermal materials, while still maintaining a lightweight and compact form factor. Furthermore, it is compatible with a variety of different LED mounting bracket systems.

NX501107 Working Principle

The patented design of NX501107 incorporates a highly efficient heat dissipation system based on the use of a thermal gap pad material and an intricate laminate structure. The gap pad is a combination of thermally conductive particles and air, which creates an effective thermal path between the heat source and the cooling surface. The laminate structure is composed of multiple layers of highly reflective metallic materials arranged to minimize the thermal resistance between the heatsink and the heat source. The result is an effective thermal solution that can rapidly dissipate heat away from the LED.

NX501107 also uses a unique feature called ‘thermal spread’, which ensures that the heat dissipation is even across the heat sink and LED components. This is achieved by incorporating a conductive thermal material into the base of the heatsink, which is designed to spread the heat across a larger area and away from the LED.

Conclusion

NX501107 from TE Connectivity is a revolutionary form of thermal management for LED lighting systems. It provides an effective and reliable method of compensating for the thermal environment of LED products by incorporating a highly efficient heat dissipation system based on the use of a thermal gap pad material and an intricate laminate structure. Furthermore, its patented design ensures maximum heat transfer efficiency. It is suitable for use in a wide range of exterior, interior, and industrial lighting applications.