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

Resources

Datasheets
Datasheets

Specs

General

Fiber Application
Laser Components
Fiber Application
Laser & Amplifier
Product Family
NuEYDF
Product Family
NuCOMM
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
First Cladding NA
0.46
Cladding Attenuation
≤ 30 dB/km at 1095 nm
Cladding Absorption
2.9 ± 0.6 dB/m at 915 nm
First Cladding Diameter (micrometers)
125
Coating Diameter (micrometers)
215
Proof Test Level
100 kpsi (0.7 GN/m²)