- New integrated isolator option
- Low-noise controller
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?Our highly popular TLB-6300 Velocity lasers deliver continuous tuning over wide wavelength ranges with excellent resolution, narrow linewidths and low noise (40-dB side-mode-suppression ratio). As with all of our lasers, these lasers scan mode hop-free over the entire speci?ed tuning range and have easy-to-use interfaces including remote GPIB (IEEE-488) and RS-232 controls. Our ?ne-frequency piezo control allows you to set the laser’s wavelength with a resolution of 0.2 pm. And unlike lasers driven by stepper motors, ours are truly continuous and monotonic. With a choice of wavelengths from 630 nm to 1.7 µm, these lasers are ideal for spectroscopy, metrology, sensing, telecommunications, and research applications.
The Velocity lasers are available with an integrated optical isolator for free-space output. A pre-aligned optical isolator option can protect your laser from potentially damaging feedback levels with 35 dB of isolation. This isolator will also protect your experimental results as non-damaging levels of feedback can cause anomalous behavior in any laser cavity. Mechanically coupled, the isolator comes pre-aligned and ready for use. Save time and effort. These systems are also available with a fiber-coupled output.
Custom wavelengths and power requirements are available.
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?Highlights
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- Sweep, step, and ?ne-tuning modes
- Fine-tuning with the PZT at 0.1-GHz resolution
- Coarse-tuning with the DC motor for up to 80-nm mode-hop-free tuning
- Smooth, linear, mode-hop-free sweeps
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- <300-kHz linewidths
- >40-dB side-mode suppression ratio
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- Wavelengths from 630 nm to 1700 nm
- Fiber-coupled and free-space outputs
- Current modulation, wavelength control and FM modulation
- Constant power and constant current modes
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- Plug & play
- Automated wavelength scans with wavelength and power readouts
- RS-232 and GPIB remote interfaces
- No beam walking
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?Applications
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- Spectroscopy and sensing
- Swept-frequency metrology
- Laser and OPO seeding
- FM locking
- Non-linear optical generation
- Fiber-optics characterization
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Model
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Mode-Hop Free Tuning Range
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Typical Power Output
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Typical Minimum Power
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Linewidth
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Tuning Speed
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Resolution- Coarse Tuning
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Wavelength Resetability
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Fine-Frequency Modulation Bandwidth
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Modulation Bandwidth, Current
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TLB-6304
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632.5-637 nm
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5 mW
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2
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<300
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6 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6304-H
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632.5-637 nm
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7 mW
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5
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<300
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6 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6305
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652-660 nm
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3 mW
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2
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<300
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6 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6308
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668-678 nm
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3 mW
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2
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<300
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6 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6309
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680-690 nm
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6 mW
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2
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<300
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6 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6312
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776-781 nm
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15 mW
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7
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<300
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8 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6312-H
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776-781 nm
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24 mW
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20
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<300
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8 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6314
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794-804 nm
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8 mW
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4
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<300
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8 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6315
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815-825 nm
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10 mW
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8
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<300
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8 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6316
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838-853 nm
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10 mW
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5
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<300
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8 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6316-H
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838-853 nm
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22 mW
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20
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<300
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8 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6318
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890-910 nm
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10 mW
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5
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<300
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10 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6319
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930-945 nm
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10 mW
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5
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<300
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12 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6320
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960-995 nm
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10 mW
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6
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<300
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12 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6320-H
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960-995 nm
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14 mW
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12
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<300
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12 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6321
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1050-1075 nm
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6 mW
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4
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<300
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12 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6321-H
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1050-1075 nm
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20 mW
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15
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<300
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12 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6323
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1220-1250 nm
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7 mW
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5
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<300
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20 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6324
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1270-1330 nm
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7 mW
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5
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<300
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15 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6326
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1470-1545 nm
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15 mW
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8
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<300
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20 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6327*
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1415-1480 nm
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8 mW
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3
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<300
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20 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6328
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1520-1570 nm
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24 mW
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20
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<300
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20 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6330
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1550-1630 nm
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10 mW
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6
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<300
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25 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6330-H
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1550-1630 nm
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18 mW
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15
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<300
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25 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6331
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1650-1680 nm
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3 mW
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2
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<300
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20 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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TLB-6332*
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1760-1790 nm
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2.5 mW
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1.5
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<300
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20 nm/s
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0.02 nm
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0.1 nm
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2 kHz
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100 MHz
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*Currently unavailable.
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