OEM Tunable Laser Modules
New Focus
C-band and L-band coverage Swept-wavelength and step-and-measure versions available
Ideal for test-and-measurement systems and platforms.
Chosen by leading companies to develop next-generation tunable laser systems, New Focus has created tunable laser modules that deliver high output power over a broad tuning range.
TLB-6000 Vortex Laser Series
New Focus
The TLB-6000 Vortex™ Laser Series gives you the same narrow-linewidth and low-noise performance that are characteristic of the TLB-6300 lasers.
Built to your wavelength specifications at significantly reduced costs, and with tuning ranges of up to 75 GHz, the TLB-6000 lasers are ideal for applications such as atomic and molecular spectroscopy and interferometry, measuring the thickness of samples by scanning wavelengths.
Features include :
- High-Speed current modulation
- Easy FM modulation
- Complete control of laser parameters
- Complete computer control
TLB-6300 Velocity Laser Series
New Focus
The TLB-6300 Velocity® Laser Series is a versatile line of external-cavity tunable diode lasers.Designed for your most demanding applications, these lasers offer continuous tuning over wide wavelength ranges, fast linear sweeps, excellent tuning resolution, and narrow stable linewidths.
The 980-nm model is useful for characterising EDFA pump components, while the 1480-nm version is ideal for testing Raman pump components.
Features include :
Features include :
- High-Speed current modulation
- Easy wavelength modulation
- Automated wavelength scans
- Complete computer control and LabVIEW™ programs
- Wavelength monitoring and adjustment
Applications:
- Testing & qualifying telecommunications components
- Spectroscopy of volatile gases in the atmosphere
- Swept-frequency metrology
- FM locking & non-linear optical generation
- Measuring polarisation-mode dispersion
TLB-6500 Swept-Wavelength Tunable Laser Systems
New Focus
The TLB-6500 family of lasers was designed specifically for high-volume testing of high-performance WDM components, and can enables fast, high-resolution, low-noise measurements.
With these lasers, you can characterise components over the entire C+L, E+S, O and 980 nm bands faster and more precisely than with an OSA. The lasers offer 100 nm/s mode-hop-free tuning, 30-pm open-loop accuracy, and rugged 24/7 reliability, and are available in low-noise and high-power.
Photonics 
