Parametric oscillator of light LP604
- Customer pickup,
- Courier
- In detail
- BrandСолар ЛС
- Country of manufactureBelarus
FEATURES:
- Range of reorganization is 340-2500 nanometers
- Width of the line of generation 6sm-1
- Rating – 532 nanometers
The PGS LP604 model is developed taking into account requirements of the end user and therefore combines big energy of an impulse and wide range of reorganization of wavelength with really simple service and the increased reliability.
The highest reliability of operation is provided thanks to the original optical scheme. The specified parameters in LP604 are reached at very low intensivnost of a rating (80 MW/cm2 on the wavelength of 532 nanometers). Thanks to such insignificant beam loading, the term of correct and reliable work optical the component and crystals is almost not limited. This feature in combination with precision holders of optics and the dustproof case provide the increased long-term stability of parameters of output radiation.
One more feature of optical design of the LP604 models is high efficiency of transformation of energy of a rating, even in case of their rating the most usual multimode Nd:YAG lasers (to 40%!). You will not need to buy or use difficult TEM00 or single-frequency lasers of a rating that considerably will cut your operating costs on operation and service.
The LP604 model provides the wide range of reorganization from 680 nanometers to 2500 nanometers.
That the LP604 model generates rather narrow-band radiation you can add it with the generator of the second harmonica LG350 which allows to receive the reconstructed radiation in UF of area of a range (340-680 nanometers).
Pay attention, also to a superkompaktnostparametrichesky generatorasvet of LP604. Its small sizes not only will keep free space on your optical table, but also will allow to integrate with ease these PGS into any laser or measuring system.
Model | LP 604 | |
Nonlinear crystal | Eastern Military District, tipii | |
Maximum frequency of repetition of impulses | From single impulses to 100 Hz | |
Range of reorganization, nanometer: | alarm wave, nanometer | 680 … 1064 |
single wave, nanometer | 1064 … 2500 | |
the second garmonika1), nanometer | 340 … 680 | |
Polarization | alarm wave | vertical |
single wave | horizontal | |
Efficiency preobrazovaniya2), % | 40 | |
Line width generatsii3), cm-1 | 6 … 8 | |
Energy of an impulse in a maximum of a Perestroika curve, mdzh4) | in an alarm wave | 120 |
in a single wave | 90 | |
in the second harmonica | 30 |
1) With the external generator of a harmonica LG350;
2) Depends on generation wavelength;
3) Overall effectiveness in a maximum of a Perestroika curve;
4) It is specified spravochno.
REQUIREMENTS TO THE RATING LASER *
Laser type | Nd:YAG |
Dlinavolna, nanometer | 532 |
Maximum energy of a rating, mdzh | 500 |
Working intensity of a rating, MW/cm2 | 80 |
Duration of an impulse, nanosecond | 4-12 |
Quality of a beam | multimode, without hot spots |
Divergence, mrad | <1,5 |
* We recommend to use Nd:YAG LQ lasers of a series, production of SLS.
** SOLAR leaves to HP the right to change the specification without prior notice.
If the offered models, in any parameters do not suit you, pay attention that besides standard configurations of PGS, we also offer delivery of the customized laser systems adapted specially under your individual requirements.
Overall dimensions of LP604 with management from the microscrew
Overall dimensions of LP604 with management from the step engine
GENERATORS OF HARMONICAS
For expansion of range of reorganization in UF parametrical LP603 and LP604 generators can be delivered to area of a range with the external generator of the second harmonica (LG350 model).
When using the generator of the second harmonica of LG350 together with PGS of the LG603 model it is possible to carry out reorganization of wavelength in area UF spektraot 210 nanometers to 420 nanometers.
When using the generator of the second harmonica of LG350 together with PGS of the LG604 model it is possible to carry out reorganization of wavelength in UF and visible area of a range from 340 nanometers to 680 nanometers.
The generator of the second harmonica for PGS
MANAGEMENT OF REORGANIZATION OF WAVELENGTH FROM THE COMPUTER
For integration of PGS in the automated systems the possibility of installation is provided in it the step engines operated from the computer. Such option provides delivery of PGS of the laser together with the controller and the necessary software.
- Spectroscopy
- LIF
- Fotoliz
- Photobiology
- Nonlinear optics
- Educational stands on physics of lasers and laser optics