Integrated Frequency-Stabilized Single-Frequency Semiconductor Lasers Lasy 777
The integrated frequency-stabilized single-frequency semiconductor laser incorporates an internal frequency reference and locks its frequency for stable laser output. Its optical frequency is both stable and tunable, allowing the emitted wavelength to remain constant or scan according to application requirements. The Lasy series integrated frequency-stabilized sources from Spectra-line include an absolute frequency reference based on gas-reference spectra, ensuring stable laser-diode wavelength throughout its service life. For tuning to arbitrary wavelengths, the included interferometer reference provides delay-free tuning in continuous or stepped modes, with settling times within a few milliseconds. Applications include laser spectroscopy, atomic and molecular physics and quantum optics.
Overview
Specifications
| Parameter | Value |
|---|---|
| Wavelength Range | min:633nm; max:894nm |
| Output Power | max:50mW |
| Tuning Range | max:300GHz |
| Frequency Stability | typical:5MHz |
| Wavelengths [others on request] | 777.19 +/- 0.01nm (others on request) |
| Output Power [fiber coupled / free beam (respective numerical values are in the original value)] | >1 mW(fiber coupled) >5 mW(free beam) |
| Tuning Range | typical:typ.100 GHz(∆0.2nm) |
| Frequency Stability | better than 100MHz per 10 min, 5GHz per 8 h |
| Linewidth | <10MHz |
| Operating Temperature Range | 10..50℃ |
Key Features
Datasheet
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