Shulou(Shulou.com)06/03 Report--

Optical fiber is the medium of light transmission, and light can be guided freely by using optical fiber.

The state path can design and produce a variety of materials, including anti-ultraviolet quartz fiber, deep ultraviolet quartz fiber, visible glass quartz fiber, near-infrared quartz fiber and mid-infrared fiber.

The quartz optical fiber provided by the state path is specially designed for spectral measurement and has the characteristics of high throughput, suitable band coverage from deep ultraviolet to near infrared, and rich configuration.

GPS series of high-quality quartz optical fibers can be used with various optical fiber spectrometers, optical fiber light sources and other accessories to build a variety of spectral measurement systems suitable for you.

Optical fiber band, distinguishing optical fiber materials by labels

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·UV, ultraviolet quartz fiber, passing band 250 nm 1100 nm

@ DUV, deep ultraviolet quartz fiber, pass band 200mm 1100nm

* XSR, UV-resistant quartz fiber, pass band 190mm 1100 nm, anti-radiation treatment

·NIR, near infrared quartz fiber, pass band 360mm 2500nm

·IR, mid-infrared fiber, passing band 2.0-6.0 μ m

Optical fiber connector, distinguishing optical fiber interface by label

The interface of 0.Sforce SMA905 is mostly used for spectral measurement instruments and equipment.

Angular TA, diameter 6.35mm stainless steel rod

Angular TB, diameter 10.0 mm stainless steel rod

^ FC,FC interface, mostly used for communication devices

Configuration of optical fiber

A straight-through fiber with a model beginning with GPS- and used for spectral transmission

A Y-shaped optical fiber, which starts with GPS-Y- and is used for reflection spectrum measurement.

The model starts with GPS-S- and is used for multi-channel spectral measurement.

Z-shaped optical fiber, whose model starts with GPS-Z-, is used for reflection spectrum measurement that requires a reference optical path.

By customizing the configuration, you can customize the fiber with complex configuration according to the needs of users.

Core diameter and core number of optical fiber

The standard core diameter of the fiber is 100 μ m, 200 μ m, 400 μ m, 600 μ m, 1000 μ m.

Generally speaking, the number of cores of the optical fiber in the zigzag state is single-core, double-core, 7-core, 19-core and 21-core.

Application of optical fiber jumper

Instructions for use

Moderate bending: the optical fiber should not be overly bent and wound in the process of application, which will increase the attenuation of light in the process of transmission.

Effective dustproof: after using the optical fiber jumper, the optical fiber connector must be protected with a protective sleeve. Dust and oil will damage the coupling of the optical fiber and affect the applicable life of the optical fiber jumper.

The end face of the optical fiber can not be looked directly at when the laser signal is transmitted.

State path communication can provide SMA905 optical fiber jumper connector, length, color, optical fiber grade, specifications, materials and other customized services.

State Road Communication Technology Co., Ltd.

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