Wavelength

• wavelength from 770nm to 1060nm are available

High optical power

• output power up to 1000mW
• excellent quantum efficiency
• high fiber coupling efficiency

Excellent tuning behavior

• fine tuning via piezo actuator with a resolution better than 10MHz
• large mode-hop free tuning range of up to 20GHz and more
• use of in-house anti-reflection coated laser diodes 

Narrow linewidth

• linewidth < 500kHz @ 1ms
• excellent side mode suppression > 50dB

Excellent frequency locking performance

• high resonance free piezo modulation
• high frequency laser current modulation
• improved temperature stability
• low acoustic susceptibility
• excellent locking stability

High flexibility

• free beam and fiber coupled versions available
• constant current and constant power operation modes
• excellent long term wavelength stability 

Plug & Play configuration

• modular laser system design
• automated piezo tuning with power read-out
• remote control via GPIB, RS232 and USB

Applications

• Spectroscopy and optical process control
• Optical cooling and trapping, BEC
• Laser and OPO seeding
• Non-linear optical processes
• Characterizing of fiber optical systems

TEC-320 Power Littman/Metcalf Series - Tiger

We have designed our TEC 320 Littman/Metcalf Laser according to our patented design, US-Patent no. 5,867,512, further patents pending. The laser system consists of a diode laser, collimating optics, a diffraction grating and a tuning prism. The laser light is collimated and coupled to the diffraction grating. The first order diffraction beam is coupled to a reflection prism which makes our cavity design self-aligning. The reflecting prism feeds the laser beam back to the diffraction grating where it is finally directed back into the laser chip. The rear facet beam of the laser chip is coupled out of the laser system. The major advantages of this laser design are the large mode-hop free tuning range due to the double passing of the diffraction grating and the absolute beam direction stability, and the high output power.  

Below is a simplified drawing of the configuration

Single-mode fiber coupling option

Due to the excellent mechanical stability of our Littrow laser system, we are able to perform high efficiency fiber coupling with coupling efficiencies between 40% and 70% into single mode polarization maintaining optical fibers.

Motorized Littman/Metcalf Laser System - Tiger

Sacher Lasertechnik has realized a motorized Littman/Metcalf Tapered Laser System which provides automated scans via remote control software.

Wavelength scan

Specifications