CL-927-L152-XT Optoelectronics

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The CL-927-L152-XT is a remote phosphor light source used in optics related applications. It is perfect for applications where the source of lighting needs to be kept away from the sample. The device has a rather innovative design, utilizing several phosphors that are situated away from the heat generating source. This allows the light to be diffused evenly, and makes it possible to produce a high intensity, uniform output beam.

The CL-927-L152-XT light source contains three major components: the light source module, the phosphor holder, and the phosphor ray source.The light source module generates ultraviolet light from a lamp, which is then conducted through a quartz tube that is contained in the phosphor holder. The phosphor holder then contains several phosphors that absorb the ultraviolet light, and re-emit the resulting light in the visible spectrum. The resulting visible light is then conducted through a lens, which focuses the beam onto a specified target.

The way that this remote phosphor light source works is that the lamp produces light that is invisible to the human eye, which is the ultraviolet radiation spectrum. This UV light is then directed to the phosphor holder, which contains the phosphors. The phosphors absorb the UV light, and re-emit it in the form of visible light. This is the light that is preferential for most optics related applications. By changing the internal arrangement of the phosphors, it is possible to fine tune the beam output for specific applications.

One of the main advantages of using the CL-927-L152-XT remote light source is its improved ability to reduce the amount of heat that is conducted into the target area. Since the phosphors are situated away from the heat generating source, the heat levels produced from the light output are minimized. Additionally, since the light is generated remotely, it is possible to produce light at a higher intensity than what is possible from direct light sources.

The CL-927-L152-XT is a versatile light source favored by advanced optics applications. It is capable of generating a wide range of light intensities and beam configurations, making it ideal for applications where the light source needs to be kept away from the sample. Its innovation design with the phosphors located away from the heat generating source further makes it possible to achieve high intensity and uniform output beam.

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