SPHWW1HDN945YHV2B3

LED lighting products, such as COBs, Engines, and Modules, have been widely used in the image of building and essential lighting applications around the world. In particular, LED packages with codes like SPHWW1HDN945YHV2B3 are distinct in function and application. This article will explain their application field and working principle.

Applications

LED packages bearing the identification code SPHWW1HDN945YHV2B3 are typically used in infrastructural settings. Since they are made with a high-lumen intensity and low thermal dissipation design, they are often applied specifically in places that require high levels of visibility, including architectural lighting, roadway lighting, and industrial applications. With their high luminous efficacy, LED packages under this code are known to provide excellent illuminance with low power consumption. At the same time, they also minimize energy losses due to the minimal heat they generate. Additionally, since they come with an anodized aluminum housing, which helps accessories with thermal dissipation and extends the product’s life.

Working Principle

The SPHWW1HDN945YHV2B3 LED package uses the technology of mounting a single light source die or package onto a thermally conductive driven circuit board. This package works by dissipating the generated heat to its environmental air, making the light experience less ambience light degradation over long periods of time. The independent circuit boards further improve the lights’ illumination by increasing the light output generated by heat. Moreover, the high heat dissipation coefficient of aluminum alloy which encases the LED boards helps dissipate the generated heat faster and more efficiently. This is a highly reliable process, as the lights don’t flicker or suffer problems due to the high thermal resistance of aluminum alloy.

Conclusion

Packages bearing the identification code SPHWW1HDN945YHV2B3 are typically used in infrastructural settings. LED packages of this kind have many advantages such as minimized energy losses due to the minimal heat they generate and a higher luminous efficacy which provides excellent illuminance with low power consumption. The SPHWW1HDN945YHV2B3 LED package uses the technology of mounting a single light source die or package onto a thermally conductive driven circuit board, and it works by dissipating the generated heat to its environmental air, making the light experience less ambience light degradation over long periods of time.