MM-EYDF-10/125-XPH, Er/Yb-Doped Double Clad, Optical Fiber

MM-EYDF-10/125-XPH, Er/Yb-Doped Double Clad, Optical Fiber

SKU MM-EYDF-10/125-XPH
UOM Meter(s)

Proprietary rare earth doping technology is used to deliver Er/Yb co-doped fibers with industry leading performance and reliability. These fibers feature 10 micron diameter core and a 125 micron diameter cladding with a 0.21 NA. The fiber design has been finely optimized to deliver the best performances for two distinct configurations. MM-EYDF-10/125-XP is designed to deliver ultra-high efficiencies while ensuring low threshold and high gain factors, ideal for CATV and telecom amplifiers. On the other hand, MM-EYDF-10/125-XPH is optimized to achieve tens of Watts of output power with high efficiency and suppressed 1 µm parasitic ASE, offering unmatched stability. The large core of the fiber allows for shorter fiber lengths in amplifier and laser systems to reduce the impact of non-linear effects. Utilizing our proprietary NuCOATFA coating technology, these fibers offer the best damp and dry heat performance available and ensure extended operating lifetime.


Price $52.54 USD


Details

Features & Benefits

  • Optimized XP design — High efficiency and low parasitic 1 µm ASE
  • Large core — Enables shorter fiber length for high-power pulsed amplifiers
  • Double clad design — High power performance and high power conversion efficiency
  • NuCOATFA fluoroacrylate coating — Greater fiber durability in extreme operating and storage conditions
  • All fiber proof tested to > 100 kpsi — Critical for ensuring long term reliability when coiling

Typical Applications

  • Laser and amplifiers for 20 - 30 W at 1.5 mm (CATV and Telecom)
  • Military and commercial LIDAR
  • High peak power, pulsed fiber amplifiers

Specs

General

Fiber Application
Laser Components
Fiber Application
Laser & Amplifier
Product Family
NuCOMM
Product Family
NuEYDF
Active Dopant
Erbium/Ytterbium
Claddings
Double
Coating Material
Low Index Acrylate
Minimum Operating Wavelength (nanometers)
1530
Maximum Operating Wavelength (nanometers)
1625
Core Diameter (micrometers)
10
Core Numerical Aperture (NA)
0.21
Cladding Absorption
2.9 ± 0.6 dB/m at 915 nm
First Cladding NA
0.46
Cladding Attenuation
≤ 30 dB/km at 1095 nm
First Cladding Diameter (micrometers)
125
Coating Diameter (micrometers)
215
Proof Test Level
100 kpsi (0.7 GN/m²)

Resources

Datasheets
Datasheets