fluorescence spectrum
Microscopic defects film thickness
Solar Cell IV
Semiconductor Material Testing
Andor Spectrometer
fiber optic spectrometer
Laser spectral analysis
single-point detector
imaging camera
Electrical Test Instruments
EDMUND Optics
Newport Products
Crystal Optical Products
Product Model
| model number | Available wavelengths1 | Fine tuning range without mode hopping | Free space output power2 | Fiber-coupled output power3 |
| TLB-6804 | 632.5-640 nm | >120 GHz (160 pm) | 8 mW @ 638 nm | 3 mW @ 638 nm |
| TLB-6828 | 1520-1630 nm | >60 GHz (400 pm) | 30 mW @ 1550 nm | 15 mW at 1550 nm |
| TLB-6813 | 765-781 nm | >100 GHz (200 pm) | 70 mW @ 780 nm | 35 mW @ 780 nm |
| TLB-6817 | 838-853 nm | >90 GHz (220 pm) | N/A | 15 mW @ 852 nm |
| TLB-6821 | 1030-1085 nm | >60 GHz (230 pm) | 70 mW @ 1064 nm | 24 mW @ 1064 nm |
| TLB-6818 | 890-940 nm | >90 GHz (240 pm) | 30 mW @ 895 nm | 15 mW @ 895 nm |
| TLB-6802-455 | 455-457 nm | >25 GHz (20 pm) | 40 mW @ 455 nm | N/A |
| TLB-6820 | 940-990 nm | >80 GHz (250 pm) | 25 mW @ 965 nm | 12 mW @ 965 nm |
| TLB-6814 | 794-810 nm | >100 GHz (210 pm) | 30 mW @ 795 nm | 15 mW @ 795 nm |
| TLB-6811 | 725-741 nm | >100 GHz (180 pm) | 20 mW @ 737 nm | 10 mW @ 737 nm |
| TLB-6825 | 1400-1490 nm | >60 GHz (400 pm) | 30 mW @ 1400 nm | 15 mW @ 1400 nm |
| TLB-6802 | 459-461 nm | >25 GHz (20 pm) | 40 mW @ 461 nm | N/A |
Notes.
Due to our continuous product improvement program, specifications are subject to change without notice.
- Fine tuning only. Selected wavelengths are 0.01 nm in vacuum. For all available wavelengths, please contact us.
- Model TLB-6817 is available only in fiber-coupled output types.
- Fiber optic and optical isolation options are not available for the TLB-6802-455 and TLB-6802.
Product Specification
| Available wavelengths | See model | optical output | Free-space, optically isolated, fiber-coupled |
| Fine tuning range without mode hopping | See model | longitudinal mold | Single |
| Free Space Output Power | See model | horizontal model | TEM00 |
| Fiber-coupled output power | See model | polarization (of waves) | Vertical |
| line width | <200 kHz (50 ms integration time) | Typical Spot Size | 1-2 mm |
| wavelength stability | 2 pm (over 1 hour ±2°C) | Typical Spot Size/Dimensions | 1:1-2:1 |
| Power Stability | <1% (over 1 hour ±2°C) | user interface | Controller front panel, RS232, USB |
| Resolution, Fine Tuning | 0.01% of full PZT tuning range | Power Requirements | 100-240 VAC (50-60 Hz) power consumption <170 W |
| Beam pointing stability | <50 µrad (±2°C) | operating temperature | 15-30°C (environment) |
| Fine frequency modulation bandwidth | >100 Hz (100% amplitude) >1.5 kHz (20% amplitude) |
Storage temperature | 0-50°C (environment) |
| Maximum current modulation bandwidth | DC-1 MHz (through controller) 50 kHz-100 MHz (directly to diode) |
humidity level | Non-condensing (environment) |
hallmark
Wide non-hopping mode piezo tuning
The TLB-6800 Vortex Plus laser features a wide, non-mode-hopping piezo-tuned transducer tuning range of 25-120 GHz with sub-picometer resolution.
High stability and narrow line width
The Star-Flex Tuned Arm Actuator is designed to provide a high degree of stability. The design achieves rigid, reproducible rotational motion without any translation. In addition, with precise temperature control of the laser cavity and diode, we can reduce wavelength drift and power fluctuations. We employ a unique magnetic damping technique to minimize frequency jitter and drift. The included TLB-6800-LN tunable laser delivers high current with very low noise. Based on all these combined technologies, we can guarantee that we can measure very narrow linewidths of less than 200 kHz in less than 50 ms.
Computer Control and LabVIEW&trade
be in favor of
Star-Flex Startup
The Vortex Plus is New Focus' most stable laser, utilizing the same Star-Flex startup introduced in the popular Vortex II laser.The Star-Flex is designed for motion startup, with no other startup options. Our Star-Flex design utilizes thermal and finite element analysis to achieve rigid, repeatable rotational motion without any translation. Patent-pending magnetic damping technology further reduces jitter and minimizes frequency fluctuations and drift.
Applications
- Laser cooling
- Atomic clocks
- Spectroscopy
- Metrology
- Interferometry
- Quantum applications
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