785nm Single-Frequency Fiber Coupled 14-Pin BF
Description
Innovative Photonic Solutions’ single-mode wavelength stabilized laser features high output power with ultra-narrow spectral bandwidth and a diffraction limited output beam. Designed to replace expensive DFB, DBR, fiber, and external cavity lasers, the Single-Mode Spectrum Stabilized Laser offers superior wavelength stability over time, temperature (0.007 nm/0C), and vibration, and is manufactured to meet the most demanding wavelength requirements. The Single-Mode Spectrum Stabilized laser is available at wavelengths ranging from 633 nm – 2400 nm (standard wavelengths listed above), in a 14-Pin Butterfly package, in an integrated OEM module, or in a fully integrated module with user configurable temperature and power control electronics. Lasi ng wavelength can be accurately specified and repeatedly manufactured to within 0.1 nm. The laser is ideal for high resolution Raman spectroscopy, confocal microscopy, direct-diode frequency doubling, laser seeding, gas sensing, metrology and remote sensing applications.
785nm Single-Frequency Fiber Coupled 14-Pin BF
Specifications |
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|---|---|
| Laser Type: | Continuous Wave (CW), Modulated |
| Fiber Type: | Single Mode, Multi-Mode |
| Wavelength: | 785 nm |
| Output Power: | 50 mW |
| Fiber Core Diamater: | -- um |
| Fiber Cladding Diameter: | -- um |
Features
High Power Single Mode (single spatial & SLM) Output
Ultra-Narrow Spectral Bandwidth (< 100 kHz)
Stabilized Output Spectrum (< 0.007 nm/0C)
Excellent Beam Quality (M^2 < 1.1)
For pricing, technical or any other questions please contact the supplier
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United States
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Frequently Asked Questions
The laser is ideal for high resolution Raman spectroscopy, confocal microscopy, direct-diode frequency doubling, laser seeding, gas sensing, metrology, and remote sensing applications.
The laser has excellent beam quality with an M^2 value of less than 1.1.
The laser has an ultra-narrow spectral bandwidth of less than 100 kHz.
The laser is available at wavelengths ranging from 633 nm – 2400 nm.
The laser's wavelength can be accurately specified and repeatedly manufactured to within 0.1 nm, with a tolerance of +/- 0.5 nm.