fiber laser - gyro - sensor - defense - telecom - s. photonicssphotonics.ru/katalog produkcii i...
Post on 16-Feb-2018
233 Views
Preview:
TRANSCRIPT
Fiber Laser - Gyro - Sensor - Defense - Telecom
2012
-07-
BR
O-I
XFIB
ER
iXFiber - Rue Paul Sabatier 22300 Lannion-France / Phone: +33 2 96 04 10 50 - Fax: +33 2 96 04 10 60
www.ixfiber.com e-mail: info@ixfiber.com
A N I X B L U E C O M P A N Y
Fiber Laser - Gyro - Sensor - Defense - Telecom
Specialty Fibers & Components catalogue
A N I X B L U E C O M P A N Y
2
FBG for optical fiber sensor (pressure, strain, temperature)
Single-frequency fiber laser for acoustic sensor
Specialty fiber for Lidar
Polarization Maintaining fiber for fiber optic gyroscopes and positioning system
Specialty fiber for wireguidance
Submarine applications Terrestrial & space applications
3
Specialty fiber for laser rangefinder
Specialty fiber for wire guidance
Specialty PM fiber for FOGs and IMU
Specialty fibers and components for industrial
fiber laser
Radiation resistant Fiber & fiber Optic Components for
Harsh Environment
FBG & DFB for Perimeter Security
Radiation resistant optical fibers and components
Fiber Bragg Grating for strain sensor and health
Structure monitoring
Active fiber for Lidar application
Terrestrial & space applications
Founded in February 2006, iXFiber is a leading independent manufacturer of active and passive specialty optical fibers, components based on Fiber Bragg Gratings technology and subassemblies modules for telecommunication, military, sensor and industrial markets. Our specialty fibers and components are produced in environmentally controlled production areas to ensure high proof strength, tight tolerances and a high quality level.
With manufacturing facilities located in Lannion, France, iXFiber is offering more than one century of combined experience to design, draw, produce and characterize high performances products.
iXBlue is an independent group and a leading global manufacturer of products, integrated solutions and systems for navigation, mapping, control and measurement technologies. iXBlue’s technologies measure with the greatest precision and afford rapid access to geo-referenced data in com-plex environments; this empowers our customers to explore, survey and operate their systems, increase their productivity and efficiency and carry out better, faster and safer technical operations.
4
Worldwide Presence
Our business areas extend over several fields:- Specialty Fibers and Components - Sonar Seabed Imagery- Inertial Navigation Systems - Integrated Systems- Motion & Control Systems - Ship Construction- Underwater Acoustic Positioning - Survey & Services
5
ixFiber
Er/Yb Double Clad Fibers p.6
Er Doped Fibers p.7
Yb Double Clad Fibers p.8
Tm Doped Fibers p.9
Nd Doped Fibers p.10
Passive Double Clad Fibers p.11
Gyroscope PM Fibers p.12 / p.13
Fiber Optic Coils p.14
Photosensitive Fibers p.15
FBG Mirrors for Fiber Laser Cavity p.16
Gain Flattening Filters p.17
Fiber Bragg Gratings for other applications p.18
FBG Sensor Array p.19
Services p.20
Er / Yb Double CladFibers
Name & ReferenceCore
diameter (µm)
Clad absorption @ 915 nm
(dB/m)
Clad absorption @ 976 nm
(dB/m)*
Core absorption @ 1536 nm
(dB/m)
Core NA(+/- 0.02)
Cladding diameter (µm)
(Flat/Flat)
Coating diameter
(µm)
IXF-2CF-EY-O-6-130 6 +/- 0.5 > 0.6 > 2 > 45 0.17 125 +/- 3 245 +/- 15
IXF-2CF-EY-O-6-130-LNF 6 +/- 0.5 > 0.6 > 2 > 25 0.17 125 +/- 3 245 +/- 15
IXF-2CF-EY-O-12-130 12 +/- 1 > 2.5 > 10 > 40 0.17 125 +/- 3 245 +/- 15
IXF-2CF-EY-O-17-130 17 +/- 2 > 4 > 16 > 45 0.17 125 +/- 3 245 +/- 15
IXF-2CF-EY-O-25-250 25 +/- 2 > 2 > 8 > 30 0.10 250 +/- 5 340 +/- 20
IXC-2CF-EY-PM-6-130-LNF 6 +/- 0.5 > 0.6 > 2 > 25 0.17 125 +/- 3 245 +/- 15
IXC-2CF-EY-PM-12-130 12 +/- 1 > 2.5 > 10 > 40 0.17 125 +/- 3 245 +/- 15
key features
• High efficiency• High pump and consistent absorption• High brightness single mode core• Low background losses• Large mode area with low NA• Multimode background (dB/km): < 50• Cladding NA: 0.46• Cladding shape: octogonal (non PM) / round (PM) • Birefringence: > 5.10-5 / Panda type• Power Conversion Efficiency (PCE) : > 40%• Proof test level (kpsi) : 50
related products
• Single clad erbium fiber• Double clad Yb fiber• Associated PM and non PM fibers• Associated Fiber Bragg Mirrors Pairs• Subassembly on request• Space grade version• Matching passive fiber
6
* calculated value
iXFiber
Wavelength
1µm 1.5
Name & ReferenceCore
diameter (µm)
Clad absorption @ 915 nm
(dB/m)
Clad absorption @ 976 nm
(dB/m)*
Core absorption @ 1536 nm
(dB/m)
Core NA(+/- 0.02)
Cladding diameter (µm)
(Flat/Flat)
Coating diameter
(µm)
IXF-2CF-EY-O-6-130 6 +/- 0.5 > 0.6 > 2 > 45 0.17 125 +/- 3 245 +/- 15
IXF-2CF-EY-O-6-130-LNF 6 +/- 0.5 > 0.6 > 2 > 25 0.17 125 +/- 3 245 +/- 15
IXF-2CF-EY-O-12-130 12 +/- 1 > 2.5 > 10 > 40 0.17 125 +/- 3 245 +/- 15
IXF-2CF-EY-O-17-130 17 +/- 2 > 4 > 16 > 45 0.17 125 +/- 3 245 +/- 15
IXF-2CF-EY-O-25-250 25 +/- 2 > 2 > 8 > 30 0.10 250 +/- 5 340 +/- 20
IXC-2CF-EY-PM-6-130-LNF 6 +/- 0.5 > 0.6 > 2 > 25 0.17 125 +/- 3 245 +/- 15
IXC-2CF-EY-PM-12-130 12 +/- 1 > 2.5 > 10 > 40 0.17 125 +/- 3 245 +/- 15
Fiber Type Fiber NameAbsorption @1480 nm
(dB/m)
Absorption @ 1530 nm
(dB/m)
MFD @1550 nm
(µm)
Background losses
(dB/km)
Cutoff wavelength
(nm)
Splice loss (dB)
PMD factor (fs/dB)
C band IXF-EDF-FGC-980 2 - 3 4.5 - 6.5 6.5 +/- 1 < 8 < 970 < 0.15 (to HI980) < 0.25
C band IXF-EDF-FGC-1480 2.5 - 4.5 6 - 10 5.5 +/- 1 < 8 1150 +/- 100 < 0.15 (to HI1060) < 0.25
L band IXF-EDF-FGL 9 - 16 20 - 35 5 +/- 1 < 10 < 1300 < 0.15 (SMF28) < 0.25
ASE source IXF-EDF-SHD 4 - 6 12 - 16 5.5 +/- 1 < 15 < 1150 < 0.15 (SMF28) < 0.3
PM Panda C.band IXF-EDF-FGC-PM 2 - 5 5 - 9 6.5 +/- 1 < 20 < 1250 < 0.2 -
PM Panda L.band IXF-EDF-FGL-PM 7 - 14 15 - 30 5 +/- 1 < 20 < 1300 < 0.2 -
Fiber Type Fiber NameAbsorption @ 980 nm
(dB/m)
Absorption @ 1530 nm
(dB/m)
MFD @1550 nm
(µm)
Background losses
(dB/km)
Cutoff wavelength
(nm)Splice loss (dB)
Radiation Induced Atte-nuation (RIA)
Medium doping IXF-RAD-AMP-1 7 - 9 12 - 16 5.5 +/- 1 < 15 < 1150 < 0.2 (SMF28) < 0.07dB/krad
High doping IXF-RAD-AMP-2 12 - 15 22 - 28 5.5 +/- 1 < 20 < 1150 < 0.2 (SMF28) < 0.05dB/krad
Er DopedFibers
key features
• Low noise figure & flat gain shape• High efficiency• Low splice loss• Highly consistent spectroscopy• Birefringence: > 2.10-4 / Panda type• Cladding diameter (µm) : 125+/-2• Coating diameter (µm) : 245+/-15• 80 microns cladding diameter available• Proof test level (kpsi) : 100
related products
• Double clad Er/Yb fiber• PM double clad fiber• Gain flattening filters• Other diameters or custom design on request• Space grade version
7
Standard erbium doped fibers
Radiation resistant erbium doped fibers
iXFiber
Wavelength
1µm 1.5
Name & Reference Core diameter (µm)
Clad absorption @ 915 nm (dB/m)
Clad absorp-tion @ 976 nm
(dB/m)*Core NA
Cladding diameter (µm)
(Flat/Flat)Coating diameter (µm)
IXC-2CF-Yb-O-6-130 6 +/- 0.5 0.6 +/- 0.15 2.1 +/- 0.5 0.14 +/- 0.02 125 +/- 3 245 +/- 15
IXC-2CF-Yb-O-6-130-NH 6 +/- 0.5 1.15 +/- 0.25 4.6 +/- 1 0.14 +/- 0.02 125 +/- 3 245 +/- 15
IXC-2CF-Yb-O-10-130 10 +/- 1 1.5 +/- 0.5 5.2 +/- 1.5 0.10 +/- 0.02 125 +/- 3 245 +/- 15
IXC-2CF-Yb-O-10-130-NH 10 +/- 1 2 +/- 0.5 8 +/- 2 0.11 +/- 0.02 125 +/- 3 245 +/- 15
IXC-2CF-Yb-O-15-130 15 +/- 1 2.5 +/- 0.5 8.8 +/- 2 0.08 +/- 0.01 125 +/- 3 245 +/- 15
IXC-2CF-Yb-O-15-130-NH 15 +/- 1 > 6 > 24 0.11 +/- 0.02 125 +/- 3 245 +/- 15
IXC-2CF-Yb-O-20-130 20 +/- 2 > 2.5 > 9 0.08 +/- 0.01 125 +/- 3 245 +/- 15
IXC-2CF-Yb-O-20 -130-NH 20 +/- 2 > 8 > 32 0.11 +/- 0.02 125 +/- 3 245 +/- 15
IXC-2CF-Yb-O-25-250 25 +/- 2 > 1.5 > 5.25 0.08 +/- 0.01 250 +/- 5 340 +/- 20
IXC-2CF-Yb-O-25-250-NH 25 +/- 2 > 2.5 > 10 0.11 +/- 0.02 250 +/- 5 340 +/- 20
IXC-2CF-Yb-PM-6-130 6 +/- 0.5 0.6 +/- 0.15 2.1 +/-0.5 0.14 +/- 0.02 125 +/- 3 245 +/- 15
IXC-2CF-Yb-PM-6-130-NH 6 +/- 0.5 1 +/- 0.3 4 +/- 1 0.14 +/- 0.02 125 +/- 3 245 +/- 15
IXC-2CF-Yb-PM-10-130 10 +/- 1 1.5 +/- 0.5 5.2 +/- 1.5 0.10 +/- 0.02 125 +/- 3 245 +/- 15
IXC-2CF-Yb-PM-15-130-NH 15 +/- 1 > 4 > 16 0.14 +/- 0.02 125 +/- 3 245 +/- 15
Yb Double CladFibers
key features
• Zero photodarkening• High pump and consistent absorption• High brightness single mode core• Low non linear effect • Large mode area with low NA • High efficiency • Multimode background (dB/km): < 50• Cladding NA: 0.46• Cladding shape: octogonal (non PM) / round (PM) fiber • Birefringence: > 1.10-4 (large core diameter) or > 2.10-4 / Panda type• Proof test level (kpsi) : 50
related products
• Single clad Ytterbium fiber • Associated PM and non PM fibers • Associated fiber Bragg mirrors pairs• Subassembly on request• Matching passive fiber
8
* calculated value
iXFiber
Wavelength
1µm 1
Name & Reference Core diameter (µm)
Clad absorption around 793 nm (dB/m)*
Clad absorption at 1180 nm (dB/m)
Core NA(+/- 0.02)
Cladding diameter (µm)
Coating diameter (µm)
IXF-2CF-Tm-O-6-130 6 +/- 0.5 > 3 > 0.6 0.21 125 +/- 3 245 +/- 15
IXF-2CF-Tm-O-12-130 12 +/- 1 > 5 > 1 0.14 125 +/- 3 245 +/- 15
IXF-2CF-Tm-O-25-250 25 +/- 2 > 5 > 1 0.21 250 +/- 5 340 +/- 20
IXF-2CF-Tm-O-25-400 25 +/- 2 > 2 > 0.4 0.10 400 +/- 10 550 +/- 20
IXF-2CF-Tm-PM-6-130 6 +/- 0.5 > 3 > 0.6 0.21 125 +/- 3 245 +/- 15
Name & Reference Core diameter (µm)
Core Absorption around 793 nm (dB/m)*
Core absorption at 1180 nm (dB/m)
Core NA(+/- 0.02)
Cladding diameter (µm)
Coating diameter (µm)
IXF-TDF-4-125 4 +/- 1 > 150 > 35 0.27 125 +/- 2 245 +/- 15
Tm DopedFibers
key features
• CW and pulsed fiber lasers around 2 microns• High pump and consistent absorption• High brightness single mode core• Large mode area with low NA• High efficiency (> 50%)• Compatible with 793 nm pump• Multimode background (dB/km): < 50• Cladding NA for double clad fiber: 0.46• Cladding shape: octogonal (non PM) / round for PM fiber • Birefringence for PM: > 2.10-4 / Panda type
related products
• Double clad Er/Yb fiber• Associated passive PM and non PM fibers• Associated fiber Bragg mirrors pairs• Subassembly on request• Matching passive fiber
9
* calculated value
Single clad fiber
Double clad fiber
iXFiber
Wavelength
1µm 2
Nd DopedFibers
Name & Reference IXF-2CF-Nd-O-5-125-D
Operating wavelength (nm) 900 - 950
Core NA (+/- 0.02) 0.14
Cladding NA > 0.46
Clad absorption @ 800 nm (dB/m) > 0.15
LP01 cutoff (µm) 1µm
Multimode background (dB/km) < 25
Core diameter (µm) 5 +/- 0.5
Cladding diameter (µm) 125 +/- 3
Coating diameter (µm) 245 +/- 15
Multimode clad shape Octogonal
key features
• Host composition optimized for high energy efficiency and low clustering• Low splicing losses• High NA, High performance low-index cladding• Low background losses• Low macrobending losses at operating wavelength
related products
• Matching passive fiber• Associated fiber Bragg mirror pairs
iXFiber Neodymium double clad fibers have been developed to maximize fiber efficiency through precisely controlled host composition. Compared to standard Neodymium fiber, the 1.06 micron emission is reduced due to careful design.
10 iXFiber
Wavelength
1µm 0.94
Passive Fiber Core diameter(µm) Core NA Cladding diameter
(µm)Coating
diameter PM available
IXF-2CF-PAS-6-130-0.14 6 +/- 0.5 0.14 +/- 0.02 125 +/- 2 245 +/- 15 x
IXF-2CF-PAS-6-130-0.17 6 +/- 0.5 0.17 +/- 0.02 125 +/- 2 245 +/- 15 x
IXF-2CF-PAS-6-130-0.21 6 +/- 0.5 0.21 +/- 0.02 125 +/- 2 245 +/- 15 x
IXF-2CF-PAS-8-130-0.13 8 +/- 0.5 0.13 +/- 0.02 125 +/- 2 245 +/- 15
IXF-2CF-PAS-10-130-0.10 10 +/- 1 0.10 +/- 0.02 125 +/- 2 245 +/- 15 x
IXF-2CF-PAS-10-130-0.15 10 +/- 1 0.15 +/- 0.02 125 +/- 2 245 +/- 15
IXF-2CF-PAS-12-130-0.17 12 +/- 1 0.17 +/- 0.02 125 +/- 2 245 +/- 15 x
IXF-2CF-PAS-15-130-0.10 15 +/- 1 0.10 +/- 0.02 125 +/- 2 245 +/- 15
IXF-2CF-PAS-15-130-0.15 15 +/- 1 0.15 +/- 0.02 125 +/- 2 245 +/- 15
IXF-2CF-PAS-20-130-0.08 20 +/- 2 0.08 +/- 0.01 125 +/- 2 245 +/- 15
IXF-2CF-PAS-20-130-0.11 20 +/- 2 0.11 +/- 0.02 125 +/- 2 245 +/- 15
IXF-2CF-PAS-25-250-0.08 25 +/- 2 0.08 +/- 0.01 250 +/- 5 340 +/- 20 x
IXF-2CF-PAS-25-250-0.21 25 +/- 2 0.21 +/- 0.02 250 +/- 5 340 +/- 20
IXF-2CF-PAS-25-400-0.08 25 +/- 2 0.08 +/- 0.01 400 +/- 10 550 +/- 20
related products
• Fiber bragg gratings pairs• Photosensitive fibers• Subassembly on request
key features
• Photosensitive core for FBG• Circular shape• Same low refractive index coating as active fibers• Easily recoated• Cladding NA : 0.46• Cladding shape : round• Multimode background (dB/km) : < 50• Design for PM : Panda
Passive Double CladFibers
11
Application Reference Operating wavelength (+/-25nm )
Optical losses @ operating W.L (dB/km) Cutoff wavelength (nm) Core NA
(+/- 0.02)v Mode field diameter (µm) Beat length* (mm) Cross talk (dB) H parameter (m-1) Quartz clad diameter (µm) Coating diameter (µm)
PM structure
Terrestrial IXF-PMG-820-40 820 < 15 < 770 0.18 4 +/- 0.5 < 2.3 < -20 (100 m) < 1.10-4 40 +/- 1 105 +/- 5 Tiger
Terrestrial IXF-PMG-820-80 820 < 5 < 770 0.16 4.5 +/- 0.5 < 1.8 < -25 (100 m) < 3.10-5 80 +/- 1 170 +/- 2 Tiger
Terrestrial IXF-PMG-820-80-P 820 < 5 < 770 0.16 4.5 +/- 0.5 < 1.8 < -25 (100 m) < 3.10-5 80 +/- 1 170 +/- 2 Panda
Terrestrial IXF-PMG-1310-80 1310 < 2 < 1270 0.16 6 +/- 0.5 < 1.6 < -25 (100 m) < 3.10-5 80 +/- 1 170 +/- 2 Tiger
Terrestrial IXF-PMG-1310-80-LS 1310 < 2 < 1270 0.16 6 +/- 0.5 < 1.6 < -25 (100 m) < 3.10-5 80 +/- 1 125 +/- 2 Tiger
Terrestrial IXF-PMG-1310-80-P 1310 < 2 < 1270 0.16 6 +/- 0.5 < 1.6 < -25 (100 m) < 3.10-5 80 +/- 1 170 +/- 2 Panda
Terrestrial IXF-PMG-1550-40 1550 < 5 < 1450 0.18 7 +/- 1 < 2.3 < -20 (100 m) < 1.10-4 40 +/- 1 105 +/- 5 Tiger
Terrestrial IXF-PMG-1550-80 1550 < 2 < 1450 0.16 8 +/- 1 < 1.6 < -25 (100 m) < 3.10-5 80 +/- 1 170 +/- 2 Tiger
Space Grade IXF-PMG-1550-80-E 1550 < 2 < 1450 0.16 8 +/- 1 < 1.6 < -25 (100 m) < 3.10-5 80 +/- 1 170 +/- 2 Tiger
Terrestrial IXF-PMG-1550-80-LS 1550 < 2 < 1450 0.16 8 +/- 1 < 1.6 < -25 (100 m) < 3.10-5 80 +/- 1 125 +/- 2 Tiger
Terrestrial IXF-PMG-1550-80-P 1550 < 2 < 1450 0.16 8 +/- 1 < 1.6 < -25 (100 m) < 3.10-5 80 +/- 1 170 +/- 2 Panda
Gyroscope PMFibers
The IXF-PMG fibers are advanced performances Polarization Maintaining Fiber specially designed for Fiber Optic Gyroscopes for Terrestrial and Space environment.The Host composition and the raw materials guarantee an extremely low sensitivity to high temperature variation and to high energy radiation.
12
* @ 633 nm
Application Reference Operating wavelength (+/-25nm )
Optical losses @ operating W.L (dB/km) Cutoff wavelength (nm) Core NA
(+/- 0.02)v Mode field diameter (µm) Beat length* (mm) Cross talk (dB) H parameter (m-1) Quartz clad diameter (µm) Coating diameter (µm)
PM structure
Terrestrial IXF-PMG-820-40 820 < 15 < 770 0.18 4 +/- 0.5 < 2.3 < -20 (100 m) < 1.10-4 40 +/- 1 105 +/- 5 Tiger
Terrestrial IXF-PMG-820-80 820 < 5 < 770 0.16 4.5 +/- 0.5 < 1.8 < -25 (100 m) < 3.10-5 80 +/- 1 170 +/- 2 Tiger
Terrestrial IXF-PMG-820-80-P 820 < 5 < 770 0.16 4.5 +/- 0.5 < 1.8 < -25 (100 m) < 3.10-5 80 +/- 1 170 +/- 2 Panda
Terrestrial IXF-PMG-1310-80 1310 < 2 < 1270 0.16 6 +/- 0.5 < 1.6 < -25 (100 m) < 3.10-5 80 +/- 1 170 +/- 2 Tiger
Terrestrial IXF-PMG-1310-80-LS 1310 < 2 < 1270 0.16 6 +/- 0.5 < 1.6 < -25 (100 m) < 3.10-5 80 +/- 1 125 +/- 2 Tiger
Terrestrial IXF-PMG-1310-80-P 1310 < 2 < 1270 0.16 6 +/- 0.5 < 1.6 < -25 (100 m) < 3.10-5 80 +/- 1 170 +/- 2 Panda
Terrestrial IXF-PMG-1550-40 1550 < 5 < 1450 0.18 7 +/- 1 < 2.3 < -20 (100 m) < 1.10-4 40 +/- 1 105 +/- 5 Tiger
Terrestrial IXF-PMG-1550-80 1550 < 2 < 1450 0.16 8 +/- 1 < 1.6 < -25 (100 m) < 3.10-5 80 +/- 1 170 +/- 2 Tiger
Space Grade IXF-PMG-1550-80-E 1550 < 2 < 1450 0.16 8 +/- 1 < 1.6 < -25 (100 m) < 3.10-5 80 +/- 1 170 +/- 2 Tiger
Terrestrial IXF-PMG-1550-80-LS 1550 < 2 < 1450 0.16 8 +/- 1 < 1.6 < -25 (100 m) < 3.10-5 80 +/- 1 125 +/- 2 Tiger
Terrestrial IXF-PMG-1550-80-P 1550 < 2 < 1450 0.16 8 +/- 1 < 1.6 < -25 (100 m) < 3.10-5 80 +/- 1 170 +/- 2 Panda
Gyroscope PMFibers
key features
• Panda & Tiger design available• Design for space environment• Qualified by international inertial sensing manufacturers• Proof test level (kpsi): 100• Core/clad concentricity (µm): < 1• Axial twisting of fiber: < 3 (turns/m)• Core ellipticity (%) : < 15
related products
• Fiber Optic Gyroscopes (FOG’s)• PM couplers• PM Fiber Bragg Gratings• Erbium Doped Fibers• Gain Flattening Filters
13
iXFiber, as a division of iXBlue, has a long experience in the Interferometric Fiber Optic Gyro optical fiber coil win-ding. iXFiber is now offering a cost effective winding solution to provide quadrupole gyro coils.
At the heart of a FOG is the sensing coil comprising several hundred meters of optical fiber, wound in such a way as to improve fiber gyroscopes performance. Coils for FOG are produced in a quadrupole pattern packed with glue and free standing to obtain high performances. The winding starts from the midpoint of the fiber length and proceeds outwards towards the fiber ends. Half the fiber is wound clockwise and the other half counterclockwise. Such winding patterns require a high level of expertise and experience to manage the alternating layers of optical fiber and crossovers that introduce winding flaws thus degrading the final performances.
Please send your inquiry with the relevant information (Fiber Reference and fiber coil dimensions) or ask the Fiber Optic Coil Request Form to info@ixfiber.com
key features
• Small foot print• RoHS compliant• Quadrupole coils pattern • Coil winding service for wide range of sizes and shapes
related products
• Erbium doped fiber for 1.5 µm ASE source • Broadband Filter (BBF) based on Fiber Bragg Grating technology
14
Fiber Optic Coils
signalprocessing
IOC
coupleropticalsource
iXFiber Photosensitive Single Mode Fibers have been designed to suppress the cladding modes losses (CMF Cladding Mode Free) or to adapt the cladding mode offset (CMS Cladding Mode Shifted) in order to optimize the channel spacing. Photosensitive fibers exhibit uniform and controlled photosensitivity to conventional UV radiation techniques and are available in a wide range of photosensitive levels.
Photosensitive Fibers
key features
• Hydrogen loading necessary• High thermal stability Grating• Double clad design for fiber laser cavity
related products
• Large band filter for Gyroscopes• Photosensitive active doped fibers• Laser packaging and pigtailing• Gain Flattening Filters• Fiber Bragg Gratings• Fiber laser cavities
Fiber ReferenceAttenuation @ 1550 nm
(dB/km)Core NA
Core diameter
(µm)
Splice loss to SMF (dB)
Cladding diameter
(µm)
Coatingdiameter
(µm)
Cladding modes
IXF-PHO-CMF < 0.5 0.13 +/- 0.01 8.2 +/- 0.5 < 0.07 125 +/- 2 245 +/- 15 < 0.1dB for -35dB FBG
IXF-PHO-CMS < 10 0.37 +/- 0.02 2.8 +/- 0.5 < 0.2 125 +/- 2 245 +/- 15 Shiftedup to 9nm
15
FBG MirrorsFor Fiber Laser Cavity
Parameters Specifications Accuracy
Fiber type Hi 1060, PM 980, Double clad 6/130, 7/200, 10/130, 20/200, 25/250, 20/400.
Center wavelength 600 to 2100 nm + / - 1 nm
Wavelength matching +/- 0.2 nm (typical) -
Reflectivity HR > 99% or > 99.9% -
FWHM bandwidth HR 0.5 to 1.5 (typical) + / - 20%
Reflectivity LR 3% to 20 % + / - 1% ϵ [4-10%] + / - 2% ϵ [10-20%]
FWHM bandwidth LR 0.1 to 1 nm (typical) +/- 0.1 nm
Recoating acrylate 180 to 550 µm diameter low and high index
Standard Product 1 µm Range (1.5 and 2 µm available)
Tran
smis
sion
HR
(dB
)
Tran
smis
sion
LR
(dB
)
Wavelength (nm)
1067-35
-30
-25
-20
-15
-10
-5
0
5
-0.8
-0.7
-0.6
-0.5
-0.4
-0.3
-0.2
-0.1
0
1068 1069 1070 1071 1072 1073 1067
key features • Single mode or double clad fiber• Custom specifications available• In house fiber• High power application• Specific recoating for pump guidance• Full passive assembly available
advantages of dissipative package • Thermal and mechanical shock protection for FBG mirrors and splices• Highly reduced wavelength drift• Compatible with up to 400 µm coating• Residual pump light absorber
related products • Pump combiner• Passive fiber• Double clad fiber• Other diameters or custom design on request
16iXFiber is a UTC/CRC licensee company
0.6 to 2.1
iXFiber
Wavelength
1µm
Standard Product IXC-GFF IXC-iXTraGFF
Operating band C, L or C+L C, L or C+L
Excess loss (dB) ≤ 0.5 ≤ 1
Typical error function (dB) +/- 0.2 +/- 0.1
Return loss (dB) N/A > 25
PDL (dB) < 0.1 < 0.1
PMD (ps) < 0.05 < 0.05
Thermal stability (pm/°C) < 2 < 1
Package size (mm) 5 x 5 x 55 5 x 5 x 55
Fiber type SMF-28, 2 Cladding Mode Free (CMF) Fiber, PM 15, ...
key features
• C & L Band• Weak error function• Low excess insertion loss• Low PDL & PMD• Custom design• Telcordia qualified package
application
• Optical amplifier gain flattening• ASE source flattening• Cleanup filters• ASE noise removing• Other diameters or custom design on request
Gain Flattening Filters
• High flexible process allowing fast prototype delivery time• FBG technology achieves low systematic errors• Chirped and Slanted (iXTra) performed on internal specialty fiber to achieve high return loss and low high frequency ripple
Tran
smis
sion
(dB
)
-5
-4
1530 1535 1540 1545 1550 1555 1560
-3
-2
-1
0 TARGET
FILTER
Inse
rtio
n Lo
ss E
rror
Func
tion
(dB)
1530 1535 1540 1545 1550 1555 1560
-1
-0.9
-0.8
-0.7
-0.6
-0.5
Wavelength (nm)
Wavelength (nm)
17iXFiber is a UTC/CRC licensee company
Fiber Bragg Gratings for other applications
Reference IXC-SEN IXC-LDS IXC-FBG IXC-BBF
Fiber type SMF, PM or special Hi1060, PM980, special SMF, PM, CMF, other SM,PM, CMF, Special
Center wavelength (nm) 600 to 2100 980 or 1480 nm range 600 to 2100 C-Band or L-Band
FWHM (nm) 0.2 to 1 0.1 to 3 0.05 to > 50 2 to 45
Reflectivity (%) > 50 3 to 10 1 to 99.9 > 95
Thermal shift (pm/°C) bare fiber : 10 (C-Band) N/A athermal package :1 to 2
athermal package :1 to 2
Coating/Recoating bare fiber, acrylate,acrylate low temperature,
polyimide
acrylate, hytrel tube acrylate, athermal, custom
acrylate, athermal, custom
Application Sensor Laser diode stabiliser Custom Broadband filter
key features
• Standard or specialty fiber• Phase mask or Lloyd’s mirror interferometric method• Large range of wavelength• Standard or custom spectral shape & grating type• Telcordia qualified -74.4
1553.66nm 1556.16nm 1558.66nm
-64.4
-54.4
-44.4
-34.4
Wavelength detuning (nm)
Apodized filter
Pow
er (
dBm
)
FBG sensor array
Wavelength (nm)
Tran
smis
sion
(dB
)
18iXFiber is a UTC/CRC licensee company
0.6 to 2.1
iXFiber
Wavelength
1µm
FBG Sensor Array
Reference IXC-SEN
Fiber Type SMF, PM, CMF, other
Center wavelength (nm) 600 to 2100
Number of FBGs 1 to 100
FWHM (nm) 0.2 to 1
Reflectivity (%) 10 to > 90
FBG Profile uniform or apodized
Coating / Recoating standard acrylate or polyimide
key features
• Low insertion loss• FBG array without splice• Customized FBG array configuration• Large range of wavelength• FBGs positioned at discrete points along a continuous fiber• Available on small cladding diameter fiber or multiple core fiber
iXFiber is a UTC/CRC licensee company
iXFiber offers the possibility to have one or multiple FBGs with customized central wavelengths on a single optical fiber without any splices.
19
Input pigtail
Input OutputFBG1 FBG2 FBG3 FBGN-1 FBGN
Output pigtailD1.2 D2.3 DN-1,N
Application Sensor
λ2
λ...
λ1
0.6 to 2.1
iXFiber
Wavelength
1µm
Services
Take benefits of FBG and specialty fiber background at iXFiber to develop your customized solution. iXFiber can manage specific and strategic splices (high power, large diameter, PM, tapers) with adapted recoating and packa-ging associated with sub-assembly qualification test report (efficiency, temperature, ...). Project development through R&D contract and/or NDA agreement can be achieved with customized passive, active fiber, FBG development and optimized architecture.
• Splices : standard fiber, double clad fiber, PM fiber, ...• Recoat : low index polymer, high index polymer, ...• Dissipative package or athermal package option : thermal and mechanical shock protection for FBG and splices• Hydrogenation loading service• Taper and fused long period grating on custom design• Optical fiber characterization• Index profile measurement• Fully equipped up to 2 nm wavelength range.
20
Worlwide presence
21
iXFiber - FRANCEPhone: +33 2 96 04 10 50 www.ixfiber.com
iXBlue - USAPhone: +1 781 937 8800 www.ixblue.com
iXBlue - APACPhone: +65 6747 4912www.ixblue.com
Alfaphotonics - FRANCEPhone: +33 1 69 63 26 11www.alfaphotonics.fr
Appletec -ISRAELPhone: +972 9 7498777www.appletec.net
Cornes Technologies -JAPANPhone: +81 3 3797 1140www. cornestech.co.jp/en
Cybel. LLC - USAPhone: +1 908 892 3723www.cybel-llc.com
A N I X B L U E C O M P A N Y
Notes
A N I X B L U E C O M P A N Y
22
Notes
A N I X B L U E C O M P A N Y
23
top related