Widely Tunable Continuous-Wave Single-Frequency Infrared Laser
The wide-frequency, continuous waveming, single-frequency infrared laser integrated forward laser technology;
Specification Snapshot
Wavelength Tuning Range
1635-1720nm·&·2700~3000nm
Linewidth
<100kHz
Wavelength feedback testing
Wavelength
Wave lengths to tune between
~5pm
Wavelength Stability
<0.6ppm@10min
Wavelength Meter Accuracy
≤0.8pm
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Overview
The wide-frequency, continuous waveming, single-frequency infrared laser integrated forward laser technology; the use of wavelength-locked single-frequency fiber-optic lasers to pump non-linear crystals from the porcupines to construct a round structure optically acoustic condensed cavity; the co-locking technology and wavelength tuning techniques in coordination with PDH; and the achievement of wide-band, narrow-linewidth, high-power laser output. Extensive applications in areas such as spectral marking, radar remote sensing, quantum optical and basic scientific research; provision of efficient and reliable laser solutions for clients
Specifications
| Parameter | Value |
|---|---|
| Linewidth | <100kHz |
| Wavelength feedback testing | Wavelength |
| Wave lengths to tune between | ~5pm |
| Wavelength Stability | <0.6ppm@10min |
| Wavelength Meter Accuracy | ≤0.8pm |
| Power Stability | <3%@3hrs, RMS |
Applications
Spectrometric markers; trace gas detection; metrology and interferometry; radar remote sensing; quantum optical
Key Features
CW; Band; High-Power
Datasheet
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Supplier Information
Shanghai Preci Lasers Co., Ltd. was founded in late 2017. It is a high-tech enterprise and a specialized and sophisticated enterprise in Shanghai. Committed to the R&D and production of high-end fiber lasers, with application-oriented precision fiber lasers as its core competitiveness. It mainly targets markets such as quantum information, LiDAR, advanced industry, and medical aesthetics, and launches high-end fiber laser products with precise control of wavelength, linewidth, pulse waveform, etc. The high-end laser products produced have been used in the most cutting-edge quantum science research, including quantum precision measurement, quantum computers, LiDAR, laser sensing, and semiconductor inspection and processing, and other high-end application fields.
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