Tapered Lasers And Amplifiers
Source: DILAS
Tapered diode lasers combine a nearly diffraction limited beam quality with output powers which have previously only been available for diode lasers with broad-area design. To achieve these characteristics, the lateral design consists of a taper and a ridge-waveguide section. High beam quality is made possible via an index-guided ridge-waveguide or MESA structure. In contrast, high output power requires a gain-guided broad pumped area which leads to a taper section.
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Catalog: Tapered Lasers And Amplifiers
Catalog: Tapered Lasers And Amplifiers
Catalog: Tapered Lasers And Amplifiers
Tapered diode lasers combine a nearly diffraction limited beam quality with output powers which have previously only been available for diode lasers with broad-area design. To achieve these characteristics, the lateral design consists of a taper and a ridge-waveguide section. High beam quality is made possible via an index-guided ridge-waveguide or MESA structure. In contrast, high output power requires a gain-guided broad pumped area which leads to a taper section.
Features
- GaAs and GaSb Based Technology
- Nearly Diffraction Limited Behavior
- Customized Heatsink Geometries
- Wide Tuning Range
- ASE Suppression 40dB
Applications
- High Resolution Absorption Spectroscopy
- Non-Linear Frequency Doubling
- Optical Cooling and Traps
- Raman spectroscopy
Catalog: Tapered Lasers And Amplifiers
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