LPA-C011301S-6 Optoelectronics

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Light pipes are used to transport light from a light source to a remote sensing device. The Light Pipe Assembly (LPA-C011301S-6) is a type of light pipe that can be used in a variety of applications, such as for medical imaging and machine vision. This article will discuss the application field and working principle of the LPA-C011301S-6 light pipe assembly.

Application Field

The LPA-C011301S-6 is a light pipe assembly that has been designed for use in medical imaging and machine vision. Specifically, it is used for transmission of near infrared light from a light source to a medical camera or image processing device. The assembly works with wavelengths from 750nm to 1060nm, allowing for a wide range of uses in medical imaging and machine vision. In addition to medical application, the LPA-C011301S-6 is also widely used in industrial and commercial applications, such as for motion detection, lighting sensing, image processing in robotic arms, and other optical communication applications.

Working Principle

The LPA-C011301S-6 light pipe assembly works by using two high-efficiency diffuse reflecting surfaces. These diffuse reflecting surfaces are used to propagate and direct the light from the source to the receiving end. This is accomplished by the design of the light pipe itself, which acts like a light waveguide that can direct and control the light. The two diffuse reflecting surfaces will reflect the emitted light in all directions equally. This ensures that the light is dispersed evenly and is not subjected to any shadowing. As the light travels down the light pipe, the diameter of the pipe not only controls the directivity of the light, but also the strength and range of the propagated light.

In addition to the reflectivity of the diffuse reflecting surfaces, the LPA-C011301S-6 light pipe also has two collimating lenses located at the exit point. These lenses help to focus and concentrate the light energy. The collimating lenses also work in conjunction with the inner surface of the light pipe, which has a light scattering effect. This further aids in the propagation of light, making it more efficient and reducing any energy losses.

The LPA-C011301S-6 is an ideal choice for applications that require precise control of the propagated light. Its design enables it to efficiently transmit light, both in terms of directivity and in terms of achieving a lower electrical power consumption. Additionally, the use of the lenses helps ensure that the light is focused on the receiving end, making it possible to accurately capture images.

Conclusion

The LPA-C011301S-6 is a light pipe assembly that is designed for efficient transmission of light from a light source to a medical camera or image processing device. It uses two high-efficiency diffuse reflecting surfaces that can equally propagate and direct the light without shadowing. The light pipe features two collimating lenses that help to focus and concentrate the light energy. This makes the LPA-C011301S-6 an ideal choice for applications that require precise control of the propagated light. With its low power consumption, this light pipe assembly is ideal for medical imaging and machine vision.

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