FLX_443_GTP_12

Series:	FLX443
Part Status:	Active
Lead Free Status / RoHS Status:	--
Color:	Green
Moisture Sensitivity Level (MSL):	--
Configuration:	Single
Type:	Flexible 12" (304.8mm) - Fiber Optic
Mounting Type:	Board/Panel Mount, Press Fit
Lens Style:	Round with Domed Top
Lens Size:	--

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Introduction

FLX_443_GTP_12 is a fiber optic light pipe system which has been developed by the Fiber Optics Research Institute of the University of Tianjin. It is based on total internal reflection to fuse and transmit multiple channels of digital signals over single-mode fiber optic cables. FLX_443_GTP_12 is designed to provide super-fast transmission between two locations while providing long-distance signal transmission.

Optics - Light Pipes

A light pipe is a tubular device used for transmitting light from one position to another. It works by total internal reflection, which occurs when a beam of light striking the inner wall of a transparent material is reflected back into the material. This ensures that nearly all of the light is contained inside the pipe and delivered to its destination. Total internal reflection can also be used for the transmission of digital signals, such as those used for digital communication. FLX_443_GTP_12 is based on total internal reflection, using light to transmit digital signals. The system consists of a single-mode fiber optic cable inserted in the center of a continuous sleeve of fused quartz. The quartz sleeve acts as a waveguide, allowing the signal to be transmitted without any losses. Furthermore, the quartz sleeve reduces the number of bends necessary, resulting in shorter cables and faster transmission speeds.

Application Field

FLX_443_GTP_12 is used for long-distance digital communication applications. It provides a secure connection between two locations while eliminating the need for additional hardware. Its advantages include high transmission speeds, improved signal transmission, and reduced bending angle requirements. Furthermore, the system is designed to minimize signal attenuation, thus enabling longer distances to be covered.FLX_443_GTP_12 can be used in applications such as digital television broadcasting, telecommunications, Ethernet connections, and fiber optic networks. It is also used in the medical field for various applications such as guiding robotic surgery tools or for providing high-definition imaging over long distances.

Working Principle

FLX_443_GTP_12 works by using total internal reflection to transmit digital signals over fiber optic cables. The system consists of a single-mode fiber optic cable encased in a continuous sleeve of fused quartz. The quartz sleeve acts as a waveguide, allowing the digital signal to be transmitted without losses. The quartz material also minimizes the number of bends necessary, thus reducing the length of cable required and increasing the system’s transmission speed. The quartz sleeve is designed to allow the light beam to travel along the length of the pipe with minimal attenuation or signal loss. Furthermore, it allows the light beam to remain focused, and the light is reflected off the inner walls of the quartz sleeve. This ensures that nearly all of the light is contained and focused inside the pipe, and the digital signal is transmitted to its destination without any significant losses.

Conclusion

FLX_443_GTP_12 is a fiber optic light pipe system based on total internal reflection to transmit multiple channels of digital signals over single-mode fiber optic cables. It is designed to provide super-fast transmission between two locations while providing long-distance signal transmission. The quartz sleeve used in FLX_443_GTP_12 acts as a waveguide, allowing the digital signal to be transmitted without losses. The system is used in various applications such as digital television broadcasting and medical imaging over long distances.

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