TA-FHG Pro | Wavelength conversion semiconductor laser TA-SHG/TA-FHG/DL-SHG Pro possible access to wavelength areas that cannot be obtained by direct oscillation
TOPTICA Photonics AG
Price (excluding tax)
Model Description
■ High output, tunable, 4 horre semiconductor laser ・ Equipped with two second hyperonic generators ・ SUV and AutoAlign options. Unprecedented DUV power and life ・ PowerLock output stabilization ・ Use digital control DLC Pro: Reduce drift & line width Wavelength variable semiconductor laser base This is a laser light source in the deep ultraviolet (DUV) area. The system consists of an external resonant semiconductor laser, a high -power semiconductor amplifier (TA), and a second hyperonic generator (SHG Pro) connected in series. The lineup with the fiber amplifier (FA) or Raman fiber amplifier (RFA) is also available. It is also possible to install a SUV cavity for unparalleled DUV power and super life expectancy. We propose optimal solutions for various applications such as various spectroscopy, laser cooling, holographics, and light interference measurements. ■ Optional ・ SUV ・ Autoalign ・ Fiberdock ・ Fibermon ・ EOM ・ Narrow Linewidth ・ High Power ・ Advanced Locking
Model Filter
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Beam shaping optical system
By amplifier type
Continuous wavelength scanning
Control electronics
Controller external dimension
Controller weight
Cooling method (water cooling)
Environmental temperature
Environmentally humidity
Laser head external dimensions (H X W x D)
Laser head weight
Optical isolator
Oscillation line width
PC interface
Power supply specifications
SHG resonate leak rate
Seed laser
Spatial mode
Supported wavelength range
The second hyperonic wave outbreak
Wavelength coarse adjustment range
action mode
output
power consumption
warm up
4th harmonic wave generation
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Part Number
TA-FHG Pro
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Handling Company
TOPTICA Photonics AG
Wavelength conversion semiconductor laser TA-SHG/TA-FHG/DL-SHG Pro possible access to wavelength areas that cannot be obtained by direct oscillation TA-FHG Pro's performance table
Items marked with have different values depending on the model number.
| Product Image | Price (excluding tax) | 4th harmonic wave generation | Beam shaping optical system | By amplifier type | Continuous wavelength scanning | Control electronics | Controller external dimension | Controller weight | Cooling method (water cooling) | Environmental temperature | Environmentally humidity | Laser head external dimensions (H X W x D) | Laser head weight | Optical isolator | Oscillation line width | PC interface | Power supply specifications | SHG resonate leak rate | Seed laser | Spatial mode | Supported wavelength range | Wavelength coarse adjustment range | action mode | output | power consumption | warm up |
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Available upon quote | 2xshg Pro (or1xshg Pro, 1XSUV) | Built -in | Semiconductor amplifier TA Pro or fiber amplifier | > 40GHz | DLC Pro, 19 "Single Stage Rack | Single Stage 19 "Rack, DLC Pro | Up to 10kg | Unnecessary, support options are available. | 15 ~ 30 ° C (operation), 0 to 40 ° C (for storage and transportation) | No condensation | 90 x 410 x 692mm³ | Up to 30kg | Two built -in (DL and TA) | <500kHz | Ethernet, USB, analog control | 100 ~ 120V / 220 ~ 240V AC, 50 ~ 60Hz (Auto Detect) | <1E-3mbar L/S | DL Pro, DL DFB | Appearance to the diffraction limit | ・ 205 ~ 340nm (semiconductor amplifier) ・ 254 ~ 390nm (fiber amplifier) | 1 ~ 10nm | Single frequency oscillation | Up to 900MW, depending on the wavelength. | <150W (typical value), 300W (maximum) | <5min Typ. |
There are 3 models for this product.
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About Company Handling This Product
- Germany
- Since 1998
- 490 employees