FLX3_12 Optoelectronics

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The FLX3_12 is an optical light pipe that can be used for a wide range of applications. This light pipe is designed with a low profile to allow for installation in tight spaces, and a low loss core that ensures the light produced is maintained over long distances without significant diffusion. This light pipe is typically a device composed of a small core, typically 2 to 3 millimeters in diameter, surrounded by a transparent material that acts as a lens, focusing and directing the light produced into a specifiable area.

The most common application of the FLX3_12 light pipe is for the illumination of displays and keyboards. The light pipes collect the light from a backlight source, and the focusing and directing of the light to the display or keypad mean a brighter, more efficient display or keyboard are produced. This results in displays with larger brightness levels that can be operated with lower power levels. This makes the FLX3_12 an ideal choice for devices such as laptops, PDAs, and other mobile devices, where power consumption and space are at a premium.

The FLX3_12’s low profile fits well in tight spaces, and its low loss core efficiently directs and focuses the light, allowing the light pipe to produce a bright, uniform illumination without a significant light loss over distance.

A further application of the FLX3_12 light pipe is in medical imaging applications. By placing a small light source at the end of the light pipe, medical images can be rendered in 3D. This technology is used in CT scans, where the light pipe is used to illuminate the body from multiple angles, and the images acquired can then be used to diagnose medical conditions.

Other uses of the FLX3_12 include environmental control, where the low profile allows it to be used in tight spaces, and biotechnology applications, where its uniform light output can excite sample materials.

The working principle of the FLX3_12 is based on the principle of total internal reflection. A light source is at one end of the light pipe, and the other end is typically polished and coated to ensure full reflection of light. When the light enters the pipe, due to the high refractive index of the core and the low refractive index of the casing material, the light is totally internally reflected. As the light reflects off of the inner walls, it is prevented from escaping into the surrounding environment. Consequently, a large amount of the light is directed down the tube and the light is focused onto the end of the tube.

The light pipe also acts as a lens, ensuring that no light is lost in the process. The combination of total internal reflection and reflection from the lenses provide a low scattering effect, meaning the light sent out of the pipe is of a much higher quality than the light injected into the pipe.

In summary, the FLX3_12 is an ideal choice for applications that require a low profile, efficient and uniform illumination, such as those used for displays, medical imaging, environmental control and biotechnology. Its working principle of total internal reflection combined with lens reflection provides a low scattering effect, which ensures a high quality, low loss illumination.

The specific data is subject to PDF, and the above content is for reference