CHM-9-32-95-36-XD20-F4-3

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LED lighting refers to the technology of illuminating a specific space through light emitted from a source powered by light emitting diodes, or LEDs. The power efficiency and color quality of LED lighting technology makes it by far superior to standard incandescent lighting, meaning it is now incorporated into a variety of applications in commercial, industrial and residential settings. Examples of such applications include CHM-9-32-95-36-XD20-F4-3, a type of LED from the COBs (Chip-on-board), Engines and Modules (LEDEM) category.

CHM-9-32-95-36-XD20-F4-3: Application Field and Working Principle

CHM-9-32-95-36-XD20-F4-3 is a relatively new type of LED technology that is mainly used in motor vehicle lighting and emergency lighting areas. The light generated is more powerful and produces a higher luminous flux rate than traditional lighting options. This increased luminous flux means that it is more suitable for applications such as in public roadway illumination where there needs to be a larger degree of visibility.

The most distinguishing feature of this type of LED technology is that it is built with a form of lens attachment or a projector lens, which enables it to effectively project the light emitted by the LED towards the desired target area. This makes the light generated by this LED much more concentrated and intense, meaning that it is capable of producing higher levels of illumination than standard LED lighting.

As for the working principle of CHM-9-32-95-36-XD20-F4-3, the LED chip is attached to a circuit board, or substrate, which is then connected to a contact strip. The contact strip is where the electrical current is supplied to the LED, allowing it to illuminate light. The LED chip is then further encapsulated in a plastic housing, which is in contact with the thermal management system. Finally, the light emitted by the LED chip is further concentrated through the use of the abovementioned projector lens, before being directed towards the desired target area.

In conclusion, CHM-9-32-95-36-XD20-F4-3 is a relatively new LED lighting technology that is mainly used in motor vehicle and emergency lighting applications. Its distinguishing feature is its projector lens, which allows for a higher level of illumination compared to traditional lighting options. The working principle of CHM-9-32-95-36-XD20-F4-3 involves a LED chip that is attached to a circuit board and further encapsulated in a plastic housing, before being further concentrated through the use of a projector lens.

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