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Optics - Light Pipes: 7511A35-2 application field and working principle

A light pipe, also known as an optical waveguide, is an apertured device that is capable of transferring light energy from one end to the other. Light pipes are used in a variety of different applications ranging from consumer and industrial electronics, to medical and scientific applications. In these applications, light pipes are typically used to transmit and/or reflect light from one point to another within a system in a highly efficient manner. Light pipes are also used to provide physical shielding for delicate light sensitive components.

The 7511A35-2 is a type of light pipe that is used for various applications such as data acquisition, optical communication, and medical imaging. It is composed of a high-index acrylic core surrounded by a reflective cladding. This particular type of light pipe is capable of transmitting light energy from 380 nm to 780 nm and has a numerical aperture (NA) of 0.84.

The 7511A35-2 light pipe is designed to transfer light from one end to the other with minimal losses. To achieve this, the cladding of the light pipe is able to “trap” the light energy inside the core of the pipe and reflect it back to the emission point. The cladding also helps reduce optical absorption and scattering, and ensures that the light energy is transmitted with minimal losses.

Additionally, the 7511A35-2 light pipe is designed with specific features that make it ideal for various applications. For example, the pipe has an absorption coefficient that is very low compared to other materials. This makes it suitable for applications that require extremely low loss transmission of light energy. It is also equipped with an anti-reflection coating that reduces any losses that may occur from the reflection of the light energy at the core-cladding interface.

The 7511A35-2 light pipe is also designed with a very tight bending radius. This allows it to be easily deployed in tight spaces, making it ideal for applications such as robotic sensing, as well as for use in optical communication systems. The reduced bending radius also reduces the amount of loss that would normally be associated with a larger radius. Additionally, the pipe is equipped with an optimized discontinuity that allows for lower insertion losses.

While the 7511A35-2 light pipe has many beneficial features, it is important to note that it is not suitable for all applications. For example, if the application requires intrinsic temperature control, the 7511A35-2 may not be the best option. Additionally, if the application requires immunity to mechanical shock, the pipe may not be durable enough.

In conclusion, the 7511A35-2 light pipe is a highly efficient and reliable optical waveguide that is suitable for a variety of applications. It is designed with specific features to ensure low losses and to enable easy deployment in tight spaces. The pipe also has a low absorption and scattering coefficient, allowing for extremely low loss transmission of light energy. However, the pipe may not be suitable for applications that require intrinsic temperature control or immunity to mechanical shock.

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