51513010350F

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Optics - Light Pipes are a subset of optical components that are designed to contain and guide light from one point to another. 51513010350F is a type of light pipe that has a flat end face and an opposing flat end with a square corner, enabling it to be mounted directly onto a PCB. This light pipe offers features such as low radiation angle, wide range of acceptance angles, low light loss, and high efficiency due to its large cross-sectional area. Additionally, because of its design, 51513010350F is able to provide good intensity and uniformity of light distribution along its length.

The application fields for 51513010350F are numerous. Owing to its features such as low radiation angle and wide range of acceptance angles, this light pipe can be used for various applications such as LED/OLED panel backlight, optical multi-touch, digital signage, display LCD, medical imaging, etc. Additionally, with its high efficiency, light pipe 51513010350F can be used for long-length guidance in optical systems. It is also an ideal solution for applications that require efficient energy transfer along with excellent uniformity.

The working principle behind 51513010350F is based on total internal reflection (TIR). This is a physical phenomenon which describes the reflection of a ray of light off a surface such that the angle of incidence is equal to the angle of reflection. This phenomenon is referred to as “three bounce phenomenon”. In effect, when light is incident on the surface of the light pipe, it is reflected several times among the walls of the pipe in a confined path until it exits out of the far end. This reflection of light allows the light to be efficiently and uniformly guided along the length of the pipe, which results in good intensity and uniformity of light distribution along its length.

In conclusion, 51513010350F is a type of light pipe that can be used for a variety of applications due to its features such as low radiation angle, wide range of acceptance angles, low light loss, and high efficiency. Furthermore, its working principle is based on TIR, which allows it to provide good intensity and uniformity of light distribution along its length. As such, this light pipe is an ideal solution for applications that require efficient energy transfer along with excellent uniformity.

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