All New Focus tunable diode lasers are single mode, narrow linewidth, and mode-hop-free over the specified tuning ranges, even over 10s of nanometers. Mode-hop-free performance is accomplished by utilizing the Littman-Metcalf external cavity design. To ensure high coherence and single mode performance, we anti-reflection (AR) coat the diodes.
| Mode-Hop-Free Tunability |
Available Wavelengths |
Series |
Applications |
| Swept Wavelength Wide Tuning |
835-1630 nm |
 |
TLB-6600 Venturi™ Swept-Wavelength Tunable Lasers |
• Fiber-Bragg sensing
• Spectroscopy
• Telecom test and measurement
• Metrology |
| 835-1630 nm |
 |
TLM-8700 OEM Tunable Laser Modules |
| Wide and Fine Tuning |
632.5-1790 nm |
 |
TLB-6700 Velocity™ Widely Tunable Lasers |
• Microcavity Resonators
• Nitrogen Vacancy Centers (NV-Centers)
• Spectroscopy
• Sensing
• Metrology |
| Precision Fine Tuning |
632.5-1630 nm |
 |
TLB-6900 Vortex™ II Tunable Lasers |
• Atomic clocks
• Atom cooling, trapping, and Bose-Einstein Condensates
• Interferometry
• Metrology
• Laser seeding |
| 460.8 nm |
 |
TLB-6800 Vortex™ Plus Tunable Lasers |
| Fixed Wavelength |
662-920 nm |
 |
TA-7600 VAMP™ Tapered Semiconductor Amplifiers |
• CW laser source amplification |
| 633-1610 nm |
 |
SWL-7500 Single Wavelength Diode Lasers |
• Raman spectroscopy
• Interferometry
• Terahertz generation
• Data encryption
• LIDAR |
| Lockbox |
|
Compatibility |
 |
High-Speed Servo Controller Model LB1005 |
TLB-6800 Vortex Plus, TLB-6900 Vortex II, TLB-6700 Velocity
TLB-6300 Velocity, TLB-7000 Stablewave, TLB-6000 Vortex |
| Controllers |
|
Compatibility |
 |
TLB-6700-LN Tunable Laser Controller |
TLB-6800 Vortex Plus, TLB-6700 Velocity |
 |
TLB-6000 Vortex™ II Tunable Laser Controller |
TLB-6900 Vortex II, TLB-6000 Vortex, TLB-7000 Stablewave |
| Legacy Tunable Lasers |
|
 |
TLB-6300 Velocity™ Widely Tunable Lasers |
 |
TLB-7000 StableWave™ Tunable Lasers |
Get More Information
Definition of Characteristics
Tunable Laser Frequently Asked Questions
New Focus Diode Lasers Application Notes
New Focus Diode Lasers Technical Information
Contact New Focus