Tapered Amplifiers – Semiconductor Optical Amplifiers

- Wide variety of tapered amplifiers
- Wavelengths between 645 nm .. 1083 nm
- Exceptionally high brightness semiconductor optical amplifiers
- Highest powers available, up to 2 W
- Nearly diffraction limited beam
- Designed for Master Oscillator Power Amplifier (MOPA) configuration
Tapered amplifier (TA) diodes combine the "best of both worlds": they amplify laser radiation into a nearly diffraction limited beam to powers that would destroy the facets of normal laser diodes. At the same time the spectral properties of the master laser are preserved. TOPTICA offers TA chips separately, but also integrates them into convenient laser systems (TA pro and BoosTA).
Available stocklists: Overview laser diode stock lists | TA stock list
Technical Information
Options & Related Products
Options & Related Products
Related Products:
- TA pro: The integrated MOPA solution – ultra stable and easy to use with the highest powers available
- BoosTA: Flexible and economic semiconductor amplifier
- DLX 110: High power diode laser around 765 nm or 780 nm
- AR laser diodes: Anti reflection coated laser diodes
- FP laser diodes: Fabry-Perot laser diodes for higher powers
- DFB/DBR laser diodes: Distributed feedback and distributed Bragg reflector laser diodes
- DL pro: pro series ECDL with four standard wavelengths – the ideal master oscillator for TA chips
- DL 100: TOPTICAs established diode laser for integration of all standard AR- and FP diodes
- DL 100 / pro design: Ultra stable diode laser in pro technology for integration of all standard AR- and FP diodes
Technical Drawings
Applications
Applications
TOPTICAs tapered amplifiers can be integrated in both the TA pro and the BoosTA. For applications of these lasers, please see the according pages or check our scientific applications pages.
Download
Download
Brochure: Specifications & Configurations High Power Diode Lasers and Amplifiers
BR-101-029-C-ProductCatalog-2009-05-HPDL.pdf
BR-101-029-C-ProductCatalog-2009-05-HPDL.pdf


