FemtoFErb 1560

FemtoFErb 1560
  • Erbium Fiber laser based on saturable absorber mirror technology
  • Robust and reliable all-fiber setup
  • 1560 nm center wavelength
  • 40 to 100 MHz repetition rate
  • < 150 fs pulse duration
  • Up to 100 mW

The FemtoFErb laser systems are very robust all fiber-based femtosecond laser systems with excellent amplitude and frequency jitter parameters. Applications benefiting from the most stable, compact and cost-effective FemtoFErb laser solutions are e.g. Terahertz or metrology systems, light sources for microscopy, ophthalmology or medical surgery/examination. 

 

 

 

Technical Information

Technical Information

Key specifications

Model1560-50 BASIC1560-100 BASIC1560-50 AMP1560-100 AMP
Center wavelength1560 nm
Average power> 7 mW*> 100 mW*
Repetition rate50 MHz100 MHz 50 MHz100 MHz
Pulse duration (FWHM)< 500 fs**< 150 fs**
Spectral width < 5 nm< 40 nm
OutputSM/PM-Fiber (narrow key FC/APC receptacle)
AvailableSingle unit + OEM, Q4/2010Single unit + OEM, Q4/2010

*Fixed output power, not adjustable
**After delivery fiber 

 

Typical spectrum and autocorrelation (both BASIC version)

Options & Related Products

Options & Related Products

Options:

  • Repetition rates between 50 and 100 MHz on request
  • USB interface (Q3/2010)

SwitchBox
The PicoFYb SwitchBox is a small tool for quick starters. It provides all switches, supply and status lines to run a PicoFYb as a stand-alone system without integration environment and therefore is especially recommended for single-system users.

Related Products:

  • FiberDock 2V0 as universal beam outcoupling unit
  • Fiber patch cord TOPTICA offers best-suited fiber patch cords with 2 m length
  • FFpro IR1560 nm / > 350 mW / < 100 fs

Technical Drawings

Technical Drawings

Power supply12 VDC, less than 10 Watt power comsumption
Weight< 3 kg

Applications

Applications

  • Seeding of Erbium amplifiers
  • Time Domain Terahertz
  • Microscopy
  • Medical
  • Metrology

Download

Download

Data sheet: Specifications FemtoFErb
toptica_BR_FemtoFErb1560.pdf