LC-9.3

Series:	LC
Part Status:	Active
Lead Free Status / RoHS Status:	--
Color:	Clear
Moisture Sensitivity Level (MSL):	--
Configuration:	Single
Type:	Flexible 9.3" (236.22mm)
Mounting Type:	Panel Mount, Press Fit
Lens Style:	Round with Domed Top
Lens Size:	4.20mm

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Introduction

Light pipes, also known as waveguide or optical waveguide, are used to transport light from a source to a destination. They are commonly used in consumer electronics applications, from television displays to optical fiber networks. LC-9.3 is one type of light pipes. It is a bend-insensitive, single-strand, permanent polymer waveguide. This article will explain in detail its application field and working principle.

Application Field

LC-9.3 is a bend-insensitive waveguide with a bend radius of 9.3 mm. It is designed for short-distance optical data transmission in consumer electronics. Its application field includes television displays, cameras, projectors, media players, desktop displays and other applications that require efficient transmission of light signals.

Working Principle

LC-9.3 is a bend-insensitive waveguide. The principle behind its ability to bend so significantly without loss of light intensity is that the fiber core is made of a material that allows light rays to travel along curved paths while keeping the light energy intact. This is called total internal reflection. When a light ray is incident to the waveguide core at an angle larger than the waveguide\'s critical angle, the light ray will be totally reflected and still maintain a constant light intensity. This allows the light ray to travel a curved path without diminishing in intensity.

Conclusion

LC-9.3 is a bend-insensitive, single-strand, permanent polymer waveguide. It is designed for short-distance optical data transmissions in consumer electronics. It is ideal for applications that require efficient transmission of light signals, such as television displays, cameras, projectors, media players and desktop displays. Its working principle is based on total internal reflection, which allows light rays to travel along curved paths while still maintaining their light energy.

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