LPV3-1250FP

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

Today, the use of light pipes in optoelectronics has been widespread due to their ability to carry light over long distances with minimal light loss and minimal electrical noise. Light pipes are extremely versatile in their applications and can be used in a variety of scenarios, from medical imaging to aerospace applications. One light pipe in particular, the LPV3-1250FP, is particularly useful in many of these applications due to its unique features, which make it one of the most efficient light pipes on the market.

The LPV3-1250FP has a number of features that make it an ideal candidate for certain optoelectronic applications. Firstly, its 1250 tons of luminous flux ensures a reliable and consistent light output, making it ideal for applications where precision and accuracy are required. The filter coating also ensures that the light pipe does not experience any color banding or wavelength shifts, allowing for precise light transmission. Additionally, the multi-mode propagation provides additional versatility for applications that require different beam shapes and sizes.

The working principle of the LPV3-1250FP is based on total internal reflection. As light rays are incident upon the sides of the pipe, they are totally internally reflected, meaning that, instead of passing through the pipe, they continue travelling along it. This not only helps the light to travel a greater distance without significant losses, but it also ensures that the light remains highly directional. This makes it useful for applications where the exact direction of the light is critical, such as in medical imaging.

Additionally, the LPV3-1250FP has a unique diffraction-resistant design, which prevents the light from suffering from any unwanted diffraction effects. This ensures that even harsh environment applications such as aerospace applications still benefit from the LPV3-1250FP\'s high level of light transmission. The use of special waveguide technology also helps to ensure that there is no significant light loss or optical degradation over the length of the light pipe.

Overall, the LPV3-1250FP is a versatile and highly efficient light pipe that has numerous applications in optoelectronics. Its ability to transmit light over long distances with minimal losses, coupled with its flexibility for different beam shapes and sizes makes the LPV3-1250FP a popular choice for optoelectronic applications. The filter coating ensures that the output light is of a consistent wavelength, while the diffraction-resistant design ensures that the light pipe is capable of handling even the most challenging environments. Ultimately, the LPV3-1250FP is the ideal choice for those seeking an efficient, reliable, and well-designed light pipe for their optoelectronic projects.

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