Customized Quartz Fiber SMA905/FC UV-resistant Quartz Fiber Near Infrared Silica Optical Fiber

Product ID: 6178


$205

Customized Quartz Fiber SMA905/FC UV-resistant Quartz Fiber Near Infrared Silica Optical Fiber

Note: This product is a customized product, the actual price depends on the customized demand. Please contact us first.

[Features]
Using German imported fiber core production and processing.
High transmittance.
High stability.

Comparison chart of transmittance curve between TaorLab core and other cores:

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Abundant choices: various materials such as anti-ultraviolet silica fiber, deep ultraviolet silica fiber, near-infrared silica fiber and mid-infrared fiber, and optical fibers of various configurations.
Many kinds of interfaces: including industrial standard SMA905, FC/PC, FC/APC, laboratory standard Ф1/4 steel pipe (TA), Ф10 pipe (TB), Ф3.2 steel pipe (TC), etc.
Multiple configurations: including straight-through, Y-shaped, Z-shaped, 1 point 2, 1 point 3, 1 point 7, 1 point 19 and other shapes customization.

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Quartz fiber is distinguished by wavelength range:

Connector marking Description Curve

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-XSR, anti-ultraviolet irradiated silica fiber, pass band is 190~1100 nm
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-UV, deep-ultraviolet silica fiber, the pass band is 200~1100 nm
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-IR, near-infrared quartz fiber, the pass band is 400~2500 nm
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TaorLab quartz fiber optic connectors mainly include SMA905, FC/PC, FC/APC, TA connector (Ø6.35), TB connector (Ø10.0), TC connector (Ø3.2), immersion fiber connector, etc., and can be customized Other types of connectors.

Conventional fiber connector:

Fiber Connector Description

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SMA905 connector. The connector material is stainless steel and brass. The conventional optical fiber connector, the length of the knurled nut is 15mm, which is easy to plug and unplug.

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SMA905 connector. The connector material is stainless steel and brass, the fiber connector is short, and the length of the knurled nut is 7.2mm.

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SMA905 connector: The connector material is stainless steel and brass, the optical fiber connector is short, and the length of the hexagonal nut is 7.2mm.

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SMA905 connector: the connector material is stainless steel and brass, the fiber connector is short, the length of the knurled nut is 28mm, and it is easy to plug and unplug.

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SMA905 connector: Remove the nut, the joint is made of stainless steel.

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FC connector, the connector material is stainless steel and brass -FC&-FC/APC.

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D80 connector, the connector material is stainless steel and brass, and is conventionally used for high-power laser cutting.

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TA connector, diameter 6.35mm; connector material is stainless steel, length can be customized according to customer needs, standard 76.2mm

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TB connector, diameter 10.0mm; connector material is stainless steel, length can be customized according to customer needs, standard 50mm.

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TC connector, diameter 3.2mm; connector material is stainless steel, length can be customized according to customer needs.

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J Immersion type optical fiber connector, diameter 6.35mm; connector material is stainless steel.

[Specification]

Item Value
Band Anti-ultraviolet silica fiber 200-1100 nm;
Near-infrared silica fiber 400-2500 nm
Connector Industrial standard SMA905, FC/PC;
Laboratory standard Ø1/4″ steel pipe (TA), Ø3.2mm steel pipe (TC), liquid absorption cell probe (L);
Fluorescence probe (F).
Core diameter 100μm, 200μm, 400μm, 600μm
Numerical aperture 0.22 N/A
Encapsulation sleeve Plastic package, metal armor package.
Configuration Various configurations such as straight-through, Y-type, Z-type, bifurcated type, etc.
Length The standard length is 2 meters and can be customized.
Number of cores Single core, 2 cores, 7 cores, 19 cores.

According to the spectrum measurement mode, select the fiber configuration.

Mode Fiber configuration
Radiation measurement 1. Straight-through optical fiber;
2. Multi-channel high spectral resolution measurement requires the use of 1 point multi-core (such as 1 point 7) fiber.
Reflection measurement 1. Y-shaped optical fiber;
2. Through optical fiber plus integrating sphere;
3. Z-shaped optical fiber is required for dual optical path system.
Transmission measurement 1. Straight-through optical fiber.
Absorption measurement 1. Use integrating sphere and straight-through optical fiber for solid surface absorption;
2. The liquid absorption measurement uses the R4 system and the straight-through optical fiber.
Fluorescence measurement 1. Common measurement can use 7-core Y-shaped fiber;
2. Highly sensitive measurement can use special Y-shaped optical fiber.
Liquid transmission/absorption measurement 1. Y-shaped optical fiber (YDP) with liquid transmission probe.

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According to the use band, choose the fiber material.
Material Band
UV resistant quartz 190-1100 nm
Near infrared 400-2500 nm
According to the matching product, choose the optical fiber interface.
Connector Product coordination
SMA905 Spectrometer, light source, integrating sphere, etc.
TA/TC Reflectance measurement and fluorescence measurement
L Liquid probe for measuring the optical fiber immersed in liquid
F Fluorescence probe, used to detect solid fluorescence such as powder, can effectively eliminate excitation light
FC/PC Other use environment
According to the light transmission rate, select the number of cores.
Number of cores Light transmittance
Single core Low
7 core Middle
19 core High
According to the spot size, choose the core diameter.
Core diameter (μm) Spot size
100 The light spot is small, and it is mainly used for spectra collection of small samples or high spectral resolution.
200 The light spot is small, and it is mainly used for spectra collection of small samples or high spectral resolution.
400 Large light spot, mainly used for multi-core fiber
600 Large light spot, relatively common core diameter.
According to the use environment, select the package.
Package Use environment
Plastic Normal use environment
Metal armor Corrosion, vulnerable environment, metal armor package is resistant to bending.

Fiber customization content and model definition:

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Quartz core loss curve:

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Typical Y-shaped fiber reflection measurement:
Note: This measurement uses a Y-type 7-core fiber, which can easily measure the surface reflected fluorescence of solid liquids and other samples.

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