Koheras BasiK™ OEM Seed Laser - NKT Photonics - #1

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• Single frequency fiber laser • Ultra narrow linewith and low phase noise • Small compact OEM module for industrial systems • Reduced Vibration sensitivity • Ideal for sensor interrogation Koheras BasiK™ Module Key features • Stable single mode and single frequency operation • Burst noise and mode hop free operation • Ultra narrow linewidth and long coherence length • Low phase and intensity noise • High wavelength selectability • Power and wavelength control via digital interface • User controlled RIN suppression for E15 version • Piezo tuning capability (optional) • PM output (optional) • Very compact and robust module • Multi-channel solution • Low power comsumption Examples of applications • Sensor interferometry e.g. oil and gas exploration • Acoustic sensing for e.g. marine and security applications • Motion and intrusion detection • Laser spectroscopy, gas absorption measurement • LIDAR • Scientific applications Crystal Fibre �œ aeroLASE �œ Koheras �œ SuperK NKT Photonics A/S (Headquarters) Blokken 84 �œ 3460 Birkerød �œ Denmark Phone: +45 4348 3900 Fax: +45 4348 3901 www.nktphotonics.com NKT Photonics Inc. 1400 Campus Drive West �œ Morganville NJ 07751 �œ USA Phone: +1 732 972 9937 Fax: +1 732 414 4094 NKT Photonics GmbH Schanzenstrasse 39 �œ Bldg D9-D13 51063 Cologne �œ Germany Phone: +49 221 99511-0 Fax: +49 221 99511-650 Koheras BasiK™ Module is a single frequency distributed feedback (DFB) fiber laser system in a new rugged package with passive vibration reduction, offered as single laser or building block for e.g. multi-channel DWDM systems. Specifications include up to 40 mW output, wavelengths (e.g. ITU grid) within 1535-1575 nm and 1030-1121 nm, optionally with fast piezo-electric modulation. The BasiK™ Module features ultra-narrow linewidth in the Hz range and exceptionally low frequency and intensity noise superior to other comparable sources. The BasiK™ Module is ideal for coherent sensor applications in oil/gas exploration, perimeter and submarine detection, and wind LIDAR.