H-303CR-2-180

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The H-303CR-2-180 is a versatile component with a wide range of applications in various industries. It is a multilayered thermally conductive spacer/ standoff made of electrically conductive material, with a 180 degree angle relative to the main body. The spacer/ standoff is used to mount and protect components, such as LEDs, in a wide range of lighting and LED applications.

Applications for this component include LED lighting for automotive interiors, LED displays for electronic products, LED lighting for high-end products, and LED displays for building signage. The H-303CR-2-180 was designed with an innovative multilayered construction which allows it to dissipate heat evenly and be relatively immune to environmental conditions such as humidity and temperature variations. Additionally, the flexible and lightweight design of the spacer/ standoff makes it easy to install and transport.

Working Principle

The unique multilayered construction of the H-303CR-2-180 spacer/ standoff allows it to transfer thermal energy from the LEDs to the surrounding environment more efficiently. The thermal transfer process begins when the LEDs heat up due to the electricity being passed through them. The heat then moves out of the LEDs and into the spacer/ standoff, where the multi-layered construction dissipates the heat gradually. The thermal transfer continues until the heat dissipates enough to no longer be detectable by the surrounding environment.

In addition to dissipating heat, the H-303CR-2-180 has an electrical conductive property which allows it to provide an electrical connection between the LEDs and their mounting surface. This eliminates the need for any additional wiring and makes assembly and installation much easier. Additionally, the electrically conductive property of the spacer/ standoff protects the LEDs from over-voltage and over-current, allowing them to operate safely over a wide range of temperatures and voltage ranges.

Conclusion

The H-303CR-2-180 spacer/ standoff is a versatile component with a wide range of applications in thee industries. Its multilayered thermally conductive construction makes it an optimal choice for dissipating heat away from LEDs in lighting and LED applications, while its electrically conductive property eliminates the need for any additional wiring and provides protection from over-voltage and over-current. It is lightweight, flexible, and can be installed and transported easily.

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