Femtosecond OPO

Levante Emerald fs

NIR to IR, femtosecond Generation (Green Pumped)


Overview

The Levante Emerald fs is a synchronously pumped, tunable OPO with high conversion efficiency, generating output wavelengths from 670 nm to 2200 nm. It is driven by green (SHG of 1 µm) mode-locked femtosecond lasers. It offers a user-adjustable bandwidth between 80 cm-1 and 160 cm-1, along shot-noise-limited performance. Applications include broadband and spectral focusing CARS / SRS microscopy, multiphoton microscopy to nonlinear spectroscopy.

Systems can be further customized using pulse pickers (pulseSelect) to reduce the repetition rate, spectral slicers (pulseSlicer) for bandwidth reduction, optical delay lines (scanDelay) and dispersion compensators (femtoControl). Multiple OPOs can also be pumped simultaneously by a single pump laser to generate independent, tunable, and temporally synchronized pulses.

Customization is our specialty. If your requirements are not listed in the specification table, please feel free to contact us.


Compatible Pump Lasers

The Levante Emerald fs is compatible with and field tested for mode-locked green femtosecond lasers, for example:

  • Light Conversion FLINT with SHG-module
  • Others on request

Applications

  • Broadband and spectral focusing CARS / SRS microscopy
  • Multiphoton microscopy
  • Nonlinear spectroscopy

At a Glance

  • Generates tunable NIR and IR pulses from a green femtosecond laser
  • Tuning range: 670 nm – 2200 nm with several 100 mW output power
  • Adjustable bandwidth between 80 cm-1 and 160 cm-1
  • Perfectly synchronized output pulses
  • Integrated spectrometer for precise wavelength tuning and stabilization
  • Fully computer-controlled with automated wavelength tuning

Acquisition Software and TCP/IP Standard Software Interface


Specifications & Typical Performance

Example configuration with Light Conversion FLINT 2.4 W, 515 nm

 Levante Emerald fs SignalLevante Emerald fs Idler

* At the specified wavelength for power measurement, expressed as normalized root mean square deviation (NRMSD), with power lock enabled, under stable environmental conditions.
** -162 dBc - limit of the measurement setup used
Wavelength range670 nm … 990 nm1075 nm … 2000 nm
Power500 mW at 800 nm250 mW at 1250 nm
Bandwidth (FWHM)80 ... 160 cm-1
Pulse width (FWHM)~300 fs, compressible down to <100 fs
Repetition rate80 MHz
Output polarizationHorizontal
Spectral stability (RMS)*0.01%
Shot-Noise limited** -162 dBc/Hz, >0.7 MHz

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