Superlum Diodes introduces 100 mW SLD-based light sources at 850 nm. This new MOPA-SLD-850-P100W12 is an SLD-based light source, providing 100 mW PM fiber output power with a smooth, very low-ripple, 12-nm-wide spectrum around an 850 nm center. Its 100 mW output power is at least two times higher than that of any other commercially available fiber-coupled SLD around 850 nm. … Continue reading
This year Superlum introduces the new SLD-based devices: the BLL. This cost-efficient and ultra-compact super-luminescent diode (SLD), fiber-coupled light source is primarily designed for mounting on PCB boards. The BLL light source allows various options to control the optical output: by the pushbutton on the case, by logic signals via the 12-pin connector, or from … Continue reading
The SLD-371-HP1 and HP2 Broadband Light Source Modules with uCS or mCS compact current and temperature controllers are now offered by Superlum Diodes. These products offer 50 nm spectral width at 840 nm and 7/15 mW output power. The uCS and mCS drivers are ready for integration into your system. These new SLDs are competitively priced … Continue reading
Superlum Diodes introduces new, very high power, wide spectrum master oscillator power amplifier (MOPA) SLD-type light sources at 840 nm and 910 nm. With up to 45 mW output power and spectrum width of 40–60 nm, and due to reduced sensitivity to optical feedback, these sources are very useful for applications like optical coherence tomography … Continue reading
Superlum Diodes announces two new 780-nm SLDs. New medium power SLDs P/N 785G20P5 substitute for SLD-38-MP devices at the 780 nm range. They provide higher power (up to 5 mW instead of 3 mW) while other parameters are the same. This makes them a drop-in replacement of SLD-38-MP-780. The new high power SLDs 785G15P20 provide up to 20 … Continue reading
Superlum Diodes announces an extension of the SM-fiber coupled 9-mm TOSA-packaged series of SLD 840 nm modules. New devices, SLD-840F50P95S, provide an SM-fiber output power exceeding 5 mW and a flat-top optical spectrum with a typical spectrum width exceeding 45 nm. These new modules are recommended for low-cost and portable medical and industrial optical coherence tomography (OCT) and other low-coherence interferometric systems, as well as applications requiring uniform, … Continue reading