產品介紹

CF131

CF131 Ti:Sapphire laser is a fully automated tunable laser providing conversion of the second harmonic of a pulsed Nd:YAG laser to tunable radiation in the range 189-950nm.

產品說明

CF131 automated pulsed tunable Ti:Sapphire laser

Widely-tunable from IR to UV region (950-189nm)
Reliable design
Long-term stability of output parameters
Narrow and super- narrow linewidth
Crystals thermal stabilization and sealing
Pollution-free
Solid state
Control over output parameters and laser modules

The original optical configuration with a narrow laser line is used in laser to allow generation of TEMoo radiation (more than 100mJ at fundamental).

Frequency converters (SHG, THG, FHG) extend the tunability range of a laser to UV region to 189nm.

The laser can be completed with a compact spectrometer of SL40-2 series or S150-2 series to allow wavelength control of a tunable laser in a broad spectrum range from 189nm to 950nm. LF 114 Pulsed Nd:YAG, LF 117 Pulsed Nd:YAG lasers or any other pump laser with similar parameters can be used to pump CF131 Ti:Sapphire laser.

SOL instruments: спектрометр, рамановский микроскоп, эмиссионный спектрометр. CF 131 photo

Tunability range

SOL instruments: спектрометр, рамановский микроскоп, эмиссионный спектрометр. tuning range eng

Tunability across the spectral range of a pulsed Ti:Sapphire laser (pump energy 300 mJ at 532 nm)

產品規格

Output parameters

Active medium:	Ti:Sapphire
*Tunable range:
at fundamental:	690 - 950 nm
at the second harmonic:	350 - 470 nm
at the third harmonic:	235 - 315 nm
at the fourth harmonic:	189 - 207 nm; 205 - 235 nm
**Pump conversion efficiency at the maximum of tuning curve:
at fundamental:	≤ 25.0 %
at the second harmonic:	≤ 8.0 %
at the third harmonic:	≤ 2.5 %
at the fourth harmonic:
for the range 205 - 235 nm:	≤ 1.8 %
for the range 189 - 210 nm:	≤ 0.6 %
***Line width (for all harmonics):	0.03 - 0.04 (0.002) nm
Beam divergence:	< 1.5 mrad

Pump requirements

Wavelength:	532 nm
Energy per pulse (max):	50 - 400 mJ
Pulse width:	8 - 20 ns
Pulse repetition rate (max):	50 Hz
Beam diameter (max):	9 mm

* Tuning in the 690-950 range is ensured by the use of three interchangeable holographic selectors.
In the maximum of tuning curve.
* Special option with intracavity Fabry-Perot etalon allows generation of super-narrow (less than 0.002 nm) linewidth output.