Wavelength conversion semiconductor laser SHG Pro possible access to wavelength areas that cannot be obtained by direct oscillation
TOPTICA Photonics AG
About This Product
Non -linear wavelength conversion technology enables access to wavelength areas that cannot be obtained by direct oscillation of semiconductor lasers. Using the second high -tuned waves (SHG) or the fourth high -tuning (FHG) technology, it is possible to obtain high output with each laser with ultraviolet, blue, green, yellow and orange wavelengths. We provide a wavelength variable and single frequency oscillation laser in a wide wavelength range from 205 nm to 4,000 nm.
The unique PRO Technology is used in the laser system by comprehensive, such as ultra -stable seed laser, output amplification system using semiconductor amplifiers or fiber amplifiers, optimized bow tie cavity design in the wavelength conversion unit. 。
■ Characteristics
・ Built -in: Easy -to -use built -in system
・ Stable: Excellent passive stability
・ Easy to use: Control everything from anywhere in the world with a single window
・ Equipped with racks: 19-inch T-RACK can be integrated seamlessly
■ Second high -conditioning / SHG unit
・ Compact module for the second hyperonic wave (SHG)
・ Maximum generation efficiency in CW
・ Wavelength Linup: 205-800Nm, narrow line width depends on seed laser
・ Both high stability and easy operation: Pro technology
・ Ti: Ideal for replacing sapphire, pigment laser, gas laser
Using its own PRO technology, we have achieved high stability and simple operability at the same time. The built -in mirror and crystal holder can be easily adjusted without opening the cover of the main unit. By selecting the optimal crystal from a rich non -linear crystal linap, it covers a wide range of wavelengths of 205 to 800 nm in the SHG wavelength. We always keep in mind perfect technical advice to respond to users' demands.
■ Optional
・ Fiberdock
・ EOM
・ Advanced Locking
・ DOUBLE PIEZO LOCK
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Product
Wavelength conversion semiconductor laser SHG Pro possible access to wavelength areas that cannot be obtained by direct oscillation
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Handling Company
TOPTICA Photonics AG
1 Models of Wavelength conversion semiconductor laser SHG Pro possible access to wavelength areas that cannot be obtained by direct oscillation
| Product Image | Part Number | Price (excluding tax) | Beam diameter | Beam quality | Continuous scanning | Control electronics | Controller external dimension | Controller weight | Environmental temperature | Environmentally humidity | Frequency locking scheme | Laser head external dimensions (H X W x D) | Laser head weight | Operating voltage | Output power noise | PC interface | Polarized characteristics | Remaining basic wave level | SHG resonate leak rate | Supported wavelength range | Warm air time | Wavelength conversion efficiency | power consumption |
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SHG Pro |
Available upon quote | 1 to 3mm | Appearance to the diffraction limit | > 80GHz @400nm | DLC Pro | Single Stage 19 "Rack | Up to 15kg | 15-30 ° C (when operating), 0-40 ° C (for storage and transportation) | No condensation | POUND-DREVER-HALL, automatic reloquing function | 295 x 127 x 470mm³ | Up to 10kg | 100 ~ 120V / 220 ~ 240V AC, 50 ~ 60Hz (automatic detection) | <3%, typical value. Depends on the basic wave laser | Ethernet, USB, analog control | Straight line polarization,> 100: 1 | <1%, typical value (when fiber output <0.1%) | <1E-3 MBAR L/S | 410 ~ 1,600nm → 205 ~ 800Nm |
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Up to 70 % with ideal basic source and higher power
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<50W
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About Company Handling This Product
- Germany
- Since 1998
- 490 employees