All Products
-
Specialty Optical Products
-
Fiber Optic Fast Connectors
-
Fiber Optic Cable Assemblies
-
Passive Optical Components
-
Splicing & Accessories
-
Boxes, Panels & Enclosures
-
Data Center Connectivity
-
Fiber Network Testing
-
Fiber Optic Tools
-
Blown Fibre & Micro Ducted Network
-
Hybrid Fiber & Coaxial (HFC)
-
Passive Optial LAN (POL)
-
rhode alain,FranceIt is very nice to work with real professionals. They are attentive and responsive. -
Alejandro Gidi,Mexicoexcellent communication from seller. Ms Daisy was clear and on time, product was shipped properly packaged. A+ -
Sergey Shapotkin,Russian Federeverything fine
Contact Person :
Roger
Phone Number :
18918164653
WhatsApp :
+8618918164653
Ultraviolet Irradiated Silica Fiber SMA905 Solarization-Resistant Multimode Fiber Optic Patch Cables
Product Details
| Wavelength | From 190 Nm To 1200 Nm | Connector Type | SMA905 |
|---|---|---|---|
| Cores Size | From Ø105 To Ø600μm | Fiber Type | Many Fiber Types/Core Sizes Available (Customized) |
| Tube Type | 3.0mm (0.9mm, 6.0mm Optional) | Color | Orange (White, Black, Yellow, Blue Optional) |
| Cable Length | 1 Meter (Optional) |
Product Description
Solarization-Resistant Multimode Fiber Optic Patch Cables
SMA905-SMA905
or FC/PC-SMA905 Stainless Steel Ferrule
Ultraviolet Irradiated Silica Fiber
Description
These fiber optic patch cables are similar to our other multimode SMA-to-SMA or hybrid FC/PC-to-SMA patch cables, but incorporate solarization-resistant fiber for UV applications. Solarization refers to the formation of color centers within a fiber that leads to transmission degradation. These color centers form when exposed to light below 300 nm. Solarization-resistant fibers are thus desirable when working in the UV due to their superior transmission and prolonged performance. Typical applications for these fibers are spectroscopy and medical diagnostics.
High-OH fiber experiences significant transmission loss when exposed to UV radiation. In contrast, solarization-resistant fiber offers higher transmission at these UV wavelengths. For optimal performance, expose the fiber to UV radiation for 5 minutes prior to use in your application to allow initial degradation. After this time, equilibrium is reached and the fiber can be used normally.
The maximum power these cables can withstand is limited by the connector termination process.
Each patch cable includes two protective caps that shield the connector ends from dust and other hazards. Additional dust caps are also sold separately (Rubber Caps or Metal Threaded Caps for SMA connectors, Plastic Caps or Metal Threaded Caps for FC/PC connectors).
If you do not see a stock cable suitable for your application, please contact us for our Custom Patch Cables to request a cable that meets your specific needs.
Features
- Fiber Patch Cables for Use from 190 nm - 1200 nm
- Resists Transmission Loss from UV Radiation
- Step-Index Multimode Fiber
- Cores Sizes from Ø105 to Ø600μm
- Two Connector Options:
- SMA905 to SMA905
- FC/PC to SMA905
- Ø0.9 mm, Ø2.0 mm, Ø3.0 mm, Ø5.0 mm, or 6.0mm Outer Jacket available (12-color options)
- Custom Cables Available
Applications
- Spectroscopy
- UV photolithography
- laser delivery
- Medical Instruments
- Optogenetics
SMA905 Connector Subassemblies*
SMA Dust Caps
Pure Silica Core Specialty Multimode Optical Fibers*
*Custom specialty fiber available. We have almost all series of Nufern/Coherent Brand Fiber in store for immediate delivery, and some selected premium optical fibers made in China. Please contact us for details.
1. Ultraviolet Irradiated Silica Fiber
Description
Ultraviolet Irradiated Silica Fiber’s 0.22 NA step-index multimode fibers feature a pure silica core with a fluorine-doped silica cladding and are available with high hydroxyl ion (OH) concentrations for UV to visible (190nm to 1200nm) applications.
Specifications
| 0.22 NA Hard Cladding, Silica Core, Multimode Fiber | |
| Wavelength Range | 190nm to 1200nm (High OH) * |
| Core / Cladding | Pure Silica / Fluorine-Doped Silica |
| Numerical Aperture (NA) | 0.22± 0.02 |
* Solarization may occur at wavelengths below 300 nm
UV to Visible Transmission (190 – 1200 nm), High OH
| Model No. | Core Diameter | Cladding Diameter | Coating Diameter | Operating Temperature | Coating |
| UVSR-200/220-245-22-AC | 200±3μm | 220±3μm | 245±10μm | -40 to +85 °C | Acrylate |
| UVSR-400/440-700-22-AC | 400±5μm | 440±5μm | 700±20μm | ||
| UVSR-600/660-900-22-AC | 600±5μm | 660±5μm | 900±20μm | ||
| FVP-200/220-240UVM | 200±2μm | 220±2μm | 240±10μm | -65 to +300 °C | Polyimide |
| FVP-300/330-370UVM | 300±3μm | 330±3μm | 370±10μm | ||
| FDP-200/220-290 | 200±3μm | 220±3μm | 290±10μm | ||
| FDP-400/400-480 | 400±3μm | 440±3μm | 480±10μm | ||
| FDP-576/600-900 | 576±5μm | 600±5μm | 900±20μm | ||
| FDP-600/600-710 | 600±5μm | 660±5μm | 710±20μm |
Performance Plot
Furcation Tubing
Order Information
- Connector End A-Connector End B, Connector Type
- Fiber Type: Wavelength Range, Core/Cladding Diameter, Core NA, Coating Diameter, Coating Material, Attenuation Plot, etc.
- Furcation Tubing Type
- Cable Length
Example:
| Model No. | Description |
| SRSJ-SMA905-SI200/220/245-22-FLT30-2 |
Solarization-Resistant Multimode Fiber Optic Patch Cables, SMA905-SMA905, Knurled Nut, Stainless-steel Ferrule, Rubber Fiber Caps, Ø3.0 mm Black Boot, Pure Silica Multimode Fiber, Step-index, 190nm to 1200nm (UV-VIS), 200/220μm, 0.22, 245μm, High OH, Acrylate, Ø3.0 mm Orange PVC Furcation Tubing, 2 Meters |
| SRSJ-HFM-SI200/220/245-22-FLT30-2 |
Solarization-Resistant Multimode Fiber Optic Patch Cables, FC/PC-SMA905, Knurled Nut, Stainless-steel Ferrule, Rubber Fiber Caps, Ø3.0 mm Black Boot, Pure Silica Multimode Fiber, Step-index, 190nm to 1200nm (UV-VIS), 200/220μm, 0.22, 245μm, High OH, Acrylate, Ø3.0 mm Orange PVC Furcation Tubing, 2 Meters |
Recommended Products