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Description:
Littrow Monolithic Tunable External Cavity Laser, 370nm .. 1770nm, up to 300mW, patented technology, monolithic cavity design, hands-off operation, narrow linewidth, up to 30GHz mode-hop free tuning, free space and fiber coupled versions. Check our ar-coated diode stock list for availability.
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| Cavity Layout (Grating Output) |
Cavity Layout (Chip Output)
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Wavelength
High optical power
Excellent tuning behavior
- use of in-house anti-reflection coated laser diodes
- fine tuning via piezo actuator with a resolution better than 10MHz
- large mode-hop free tuning range of up to 30GHz and more
- beam steering compensation
Narrow linewidth
Temperature Stability
Excellent frequency locking performance
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high resonance free piezo modulation
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high frequency laser current modulation
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low acoustic susceptibility
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excellent long term locking stability
High flexibility
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free beam and fiber coupled versions available
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constant current and constant power operation modes (optional)
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excellent laser performance and frequency stability
Plug & Play configuration
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modular laser system design
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automated piezo tuning with power read-out
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remote control via GPIB, RS232 and USB
Applications
- Spectroscopy and optical process control
- Optical cooling and trapping
- Raman spectroscopy
- Seed laser for THz generation
- Laser and OPO seeding
- Non-linear optical processes
Optional Accessories
- Optical Isolator
- Single Mode PM Optical Fiber
- High-Frequency Current Modulation
- Contact us for more Options
Innovative Product
- US Patent 6,297,066
- US Patent 6,869,483
| | More Details | Wavelength | Power | Tuning (total) | Tuning (fine) | | |
|---|
| | LYNX-S3-0405-030 | 402-406nm | 30mW | >3nm | >30GHz | | | | |
| |  | |
| | LYNX-S3-0670-020 | 665-675nm | 20mW | >10nm | >30GHz | | | | |
| | | |
| | LYNX-S3-0705-030 | 695-708nm | 30mW | >10nm | >30GHz | | | | |
| | | |
| | LYNX-S3-0730-020 | 725-735nm | 20mW | >10nm | >30GHz | | | | |
| | LYNX-S3-0770-100 | 755-775nm | 100mW | >20nm | >30GHz | | | | |
| | LYNX-S3-0780-120 | 767-792nm | 120mW | >20nm | >30GHz | | | | |
| | | |
| | LYNX-S3-0785-120 | 775-795nm | 120mW | >20nm | >30GHz | | | | |
| | | |
| | LYNX-S3-0830-100 | 805-840nm | 100mW | >20nm | >30GHz | | | | |
| | LYNX-S3-0850-100 | 830-870nm | 100mW | >20nm | >30GHz | | | | |
| | LYNX-S3-0920-100 | 890-940nm | 100mW | >20nm | >30GHz | | | | |
| | LYNX-S3-0960-100 | 920-985nm | 150mW | >50nm | >30GHz | | | | |
| | | |
| | LYNX-S3-1060-100 | 1030-1075nm | 100mW | >40nm | >30GHz | | | | |
| | LYNX-S3-1220-100 | 1170-1270nm | 100mW | >100nm | >30GHz | | | | |
| | | |
| | LYNX-S3-1340-030 | 1290-1380nm | 30mW | >90nm | >30GHz | | | | |
| | | |
| | LYNX-S3-1430-100 | 1390-1430nm | 100mW | >100nm | >30GHz | | | | |
| | LYNX-S3-1550-050 | 1480-1580nm | 50mW | >100nm | >30GHz | | | | |
| | | |
| | LYNX-S3-1580-050 | 1560-1620nm | 50mW | >100nm | >30GHz | | | | |
| | LYNX-S3-1650-030 | 1600-1800nm | 30mW | >200nm | >30GHz | | | | |
Publications
- Antireflection-coated blue GaN laser diodes in an external cavity and Doppler-free indium absorption spectroscopyL. Hildebrandt, R. Knispel, S. Stry, J. R. Sacher, F. Schael, Applied Optics 42, 2110-2118 (April 2003)
- Diodenlaser mit externem Resonator und entspiegelter blauer LaserdiodeL. Hildebrandt, R. Knispel, J. R. Sacher, Photonik, 2-4 (2002)
- Intensity instabilities of semiconductor lasers under current modulation, external light injection, and delayed feedbackJ. Sacher, D. Baums, P. Panknin, W. Elsässer, E. O. Göbel, Phys. Rev. A45, 1893-1905 (1992)
- Intermittency in the Coherence Collapse of a Semiconductor Laser with External FeedbackJ. Sacher, W. Elsässer, E.O. Göbel, Phys. Rev. Lett. 63, 2224-2227 (1989)
- Robust external cavity diode laser (ECDL) and their application in water vapor and saturated-absorption rubidium spectroscopy (LACEA 2000)L. Hildebrandt, J. Sacher, R. Knispel, F. Schael, LACEA Conference, Santa Fe, NM (2000)
- Robust external cavity diode lasers with implemented antirefl ection coated blue laser diodes and their performance in atom absorption spectroscopy (LACEA 2002)Lars Hildebrandt, Richard Knispel, Joachim R. Sacher, LACEA (2002)
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