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Fiber Bragg Gratings (FBG)

FBG LASER MIRRORS

  • Low thermal effect
  • Single mode or double clad fiber (in house fiber)
  • Custom specifications available
  • Specific recoating for pump guidance
  • Full passive assembly available
  • Packaging options : bare FBG and heat dissipative package
  • PM available
  • Custom design on request
  • Thermal and mechanical shock protection for FBG mirrors and splices
  • Highly reduced wavelength drift

GAIN FLATTENING FILTERS

  • Customized filter profile in the C, L and S bands
  • Tight compensation of gain fluctuations
  • Low excess loss
  • Low magnitude ripple (down to 0.02 dBpp) with iXtra technology
  • Dissipative filtering with iXtra technology
  • Low systematic errors
  • Weak PDL and PMD
  • PM fiber available
  • Fulfill Telcordia GR-1209 or GR-1221 requirements
  • Custom design on request
  • Athermal or non-athermal package, recoat

ULTRA-NARROW BANDWIDTH FILTERS

  • Very narrowband transmission filter lower than 1 GHz bandwidth
  • Low insertion loss at resonant peak
  • Tailored transmission by changing the location and amount of phase shift
  • High temperature stability within a 1 pm/°C
  • Tunability +/- 100 pm

LOW LINEWIDTH SINGLE FREQUENCY DFB LASER

  • Narrow-linewidth
  • Single longitudinal mode
  • Mode-hop-free
  • Linear polarization
  • Low intrinsic phase noise
  • WDM compatible
  • Low optical feedback sensitivity
  • 125 or 80μm clad diameter
  • Wavelength range 1530 – 1565nm and 2 µm
  • PM available
  • SMSR > 50 dB
  • Output power: > 10 mW (> 10 µW for low noise version)

RAD HARD FBG

  • Based on proprietary iXblue low Radiation Induced Attenuation fiber: 150 dB/km up to 10 MGy (γ-dose) at high dose rate
  • Stabilized Optical response in harsh environement thanks to Dedicated FBG manufacturing process : suppression of radiation wavelength shift
  • Field tested: temperature sensing with 1°C accuracy up to MGy level and up to 350°C obtained using IXC-FBG-RAD components

OTHER FBG Filters

  • Wide range of wavelengths from 400 to 2200 nm
  • Customized spectral shape & grating type (apodized, FP cavity)
  • Insensitive thermal packaging for low wavelength shift
  • High reflectivity insulation (SLSR)

CUSTOM FBGs

Possibilità di customizzazioni, che comprendono:

  • 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 µm wavelength range

FBG ARRAYS

  • Spliceless FBG array
  • Low insertion loss
  • Excellent SLSR up to 20 dB
  • Customized FBG array configuration
  • Large range of wavelengths
  • FBGs positioned at discrete points along a continuous fiber
  • 125 or 80 µm cladding diameter
  • Available on small cladding diameter fiber
  • PM available
  • Up to 100 FBG
  • SMF, PM, CMF or other fiber type
  • 600 to 2100 nm

Per informazioni lo specialista del prodotto è:

Giancarlo Penco Crisel-Instruments Responsabile Sezione Fisica

GIANCARLO PENCO
Responsabile Sezione Fisica
Tel: +39 06 35402933 r.a.
E-mail:
penco@crisel-instruments.it

DATASHEET AND APPLICATION NOTE

FIBER BRAGG GRATINGS MIRRORS FOR HIGH POWER LASER APPLICATIONS UP TO 3 KW

IXBLUE TECHNICAL AND MARKETS INTRODUCTION OF LINBO3 MODULATORS FOR NIR LASER APPLICATION