LPCM_050_CTP Optoelectronics

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Color:	Clear
Moisture Sensitivity Level (MSL):	--
Configuration:	Single
Type:	Rigid
Mounting Type:	Panel Mount, Clamping
Lens Style:	Round with Flat Top
Lens Size:	4.3mm

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Optics - Light Pipes

Light pipes, or light pipes as they are sometimes called, are the devices used to transfer light waves from one point to another. To achieve this, light waves are propagated through a transparent medium from one end of the pipe to the other in the form of a \'light waveguide\'. Within each light pipe is a chamber that contains an lattice structure which is specifically designed to absorb and transfer the optical waves from one end to the other.One such device is the LPCM_050_CTP light pipe, which is used to transfer light waves from an optical fiber to a Y-Expander port, with an output efficiency of up to 80%. The LPCM_050_CTP is a combination of a reduction chamber, a light waveguide, and a Core-Cladding-Transport-Port (CTP).The first stage of light passing through the LPCM_050_CTP is the reduction chamber. Here, the light is refocused into a smaller, more concentrated beam by the presence of an array of reflectors that are specifically designed to reflect the light rays at different angles, creating an ultra-low scattering effect.The light then enters the light waveguide, which consists of a series of waveguides. Inside the waveguide, each waveguide has an additional layer of waveguide material added, which has a specific pre-defined reflective index each, to create a multi-layer waveguide structure. This structure forms the basis of the light beam propagation in the light pipe.When the waveguide is fully filled, light can then be propagated along it, from one end of the pipe to the other. Once the light has entered the Core-Cladding-Transport-Port (CTP) it is directed towards an output port, such as a Y-Expander port.The CTP is a two-layer design which is designed to provide the maximum amount of light transmission efficiency when transferring light from the waveguide to the output port. The first layer of the CTP acts as an energy absorber, absorbing light from the waveguide and increasing the efficiency of the light propagation along the pipe.The second layer of the CTP acts as an energy reflector, reflecting the light back into the waveguide and thus increasing the efficiency of the propagation of the light waves. This reduces the amount of light energy that is wasted, allowing more light energy to be used in the applications that it has been designed for.The working principle of the LPCM_050_CTP light pipe is simple – it absorbs incoming light from an optical fibre, refocuses it into a smaller beam, sends it along the light waveguide, and then directs the light to the output port using the CTP. The device is designed to provide a high efficiency and low scattering effect, allowing it to be used in a wide range of applications.In summary, the LPCM_050_CTP is a light pipe system that is used to transfer light from an optical fiber to a Y-Expander port. It consists of a reduction chamber, a light waveguide, and a Core-Cladding-Transport-Port (CTP). The device is designed to be highly efficient and provides a low scattering effect, making it suitable for a wide range of applications.

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