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1675-2332nm DFB laser diode

Overview
IdealPhotonics' newly launched 1675-2332nm DFB diode, based on an ultra-long-wavelength laser with InGaAs/InP or GaSb/AlGaAsSb superlattices and nanoscale precision Bragg gratings (±0.1nm control), achieves a side-mode suppression ratio of >60dB and wavelength stability of ±0.01nm/℃. It breaks through 0.01cm⁻¹ spectral resolution in ultra-far-infrared applications such as 2000nm carbon dioxide detection (1ppb sensitivity), 2300nm methane monitoring, and 2330nm special molecule recognition. Its 15% quantum efficiency and -140dB/Hz noise characteristics fill the technological gap between traditional near-infrared and mid-infrared lasers.A novel long-wavelength single-mode emission method was achieved using an InGaAsSb/AlGaAsSb superlattice and a special Bragg grating. This method achieves both 0.05 cm⁻¹ spectral resolution and 10 mW output power in key applications such as 2.3 μm methane detection and 2.0 μm carbon dioxide monitoring. Its -145 dB/Hz noise characteristic overcomes the performance bottleneck of long-wavelength infrared lasers.

Claire Lee

Phone:+86 13032176908

Email:claire@idealphotonics.com

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2004nm DFB laser diode (TO39 package) for CO2 gas monitoring

The 2004nm DFB laser diode module manufactured by LD-PD is a cost-effective high coherence laser source. The DFB laser diode chip adopts the industry standard sealed TO39 package, with built-in TEC and PD.

Product InformationModel Center WavelengthOutput PowerPackage Operate

2004nm single-mode high-power DFB laser (TO39 package, dedicated for CO2 detection) MP-DFB-2004-A-A81-TO39 2004nm3mWTO39 Add to Cart

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  • 10+ 10 Years of Experience
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  • 10000 10k + Diodes sold worldwide
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  • 10 10+ Advanced Optical Solutions