OPO-X fs | ps
Tuneable fs & ps OPO for Ti:Sa Laser
Tunable Automated Femtosecond OPO Suitable for Ti:Sa Laser
Overview
OPO-X is a synchronously pumped widely tunable optical parametric oscillator (OPO) for fs or ps Ti:Sapphire laser pumping, covering the wavelength range from 505 … 4000 nm. It is fully automated, i.e. software controlled tuning over the full specified wavelength range. This is made possible by its new control electronics, internal diagnostics, and Control Software packaged conveniently in a new housing.
Maximum Flexibility
OPO-X is based on a FAN crystal, which enables a large flexibility. The OPO wavelength can be tuned independently of the pump wavelength, accepting to be pumped from 740 … 880 nm. This enables a maximum flexibility of simultaneous available wavelengths for the experiment.
At a Glance
Suitable for Mira / Mira HP / Chameleon Ultra II / Chameleon Vision II / Tsunami / MaiTai
Independent Pump- and Signal tuning
Fully automated tuning
Windows-based Control Software included
Jitter-free generation of pulses
Standard Software interface (using TCP/IP)
Ready for fs and ps
All versions of the OPO-X system can be operated in both femto- and picosecond mode (depending on the pump), by simple exchanging a few optical elements.
Customization
OPO- X can be provided with several options and modifications:
Output of Idler beam (in addition to output of Signal beam)
Depleted pump output (not in combination with Idler)
Customized wavelength ranges
Adaptation to various pump laser cavity lengths and pump pulse width
Difference Frequency Generation for MIR generation up to15 µm
Simultaneous access to IR and VIS output
Acquisition Software and TCP/IP Standard Software Interface
All models come with an easy to use data acquisition software, allowing for real-time data display. Furthermore, the TCP/IP-based standard software interface by APE makes it straight forward to set up remote control. This allows you, for example, to design your own automated measurement routines. Simply use our protocol templates for rapid configuration with familiar programming languages, including C++, C#, LabVIEW, Python, Matlab, and Ruby.
OPO-X fs Specification
fs Version
OPO Signal IR
1000 ... 1600 nm*
Output power @ 1100 nm | pumped @ 800 nm
Chameleon Ultra II / Mira HP**
> 650 mW @ 3.5 W pump
Mira V10**
> 250 mW @ 1.3 W pump
Mira V5**
> 75 mW @ 0.65 W pump
OPO Signal VIS
505 ... 740 nm*
Output power @ 600 nm | pumped @ 800 nm
Chameleon Ultra II / Mira HP
> 500 mW @ 3.5 W pump
Mira V10
> 150 mW @ 1.3 W pump
Mira V5
> 40 mW @ 0.65 W pump
OPO Idler (optional)
1750 ... 4000 nm*
Pulse width
typ. 200 fs @ 130 fs pump pulse width
Time bandwidth product
typ. 0.6
Polarization Signal and Idler
linear / horizontal
Polarisation Signal SHG (VIS)
linear / vertical
Beam quality M2
< 1.2
Spectrometer range
495 ... 1630 nm
Repetition rate (synchroniously pumped)
~ 76 ... ~ 80 MHz
Depending on and equal to the repetition rate of the pump laser; Others on request
Noise
< 0.5% RMS**
* Depending on actual pump wavelength
* RMS noise measured in a bandwidth from 10 Hz ... 1 MHz
Search:
OPO-X ps Specification
ps-Version
OPO Signal IR
1000 ... 1600 nm*
Output Power @ 1100 nm | Pumped @ 800 nm
Chameleon Ultra II / Mira HP**
> 520 mW @ 2.8 W pump
Mira V10**
> 250 mW @ 1.3 W pump
Mira V5**
> 75 mW @ 0.65 W pump
OPO Signal VIS
505 ... 740 nm*
Output Power @ 600 nm | Pumped @ 800 nm
Chameleon Ultra II / Mira HP
> 400 mW @ 2.8 W pump
Mira V10
> 150 mW @ 1.3 W pump
Mira V5
> 40 mW @ 0.65 W pump
OPO Idler (optional)
1750 ... 4000 nm*
Pulse Width
typ. 1.6 ps @ 2 ps pump pulse width
Time Bandwidth Product
typ. 0.6
Polarization Signal and Idler
linear / horizontal
Polarisation Signal SHG (VIS)
linear / vertical
Beam Quality M2
< 1.2
Spectrometer Range
495 ... 1630 nm
Repetition Rate (synchronioulsy pumped)
~ 76 ... ~ 80 MHz
Depending on and equal to the repetition rate of the pump laser; Others on request
Noise
< 0.5% RMS**
* Depending on Actual Pump Wavelength
** RMS Noise Measured in a Bandwidth from 10 Hz ... 1 MHz
商品属性 [脉宽] typ. 200 fs @ 130 fs pump pulse width [波长] 1000 ... 1600 nm