2µm Microchip lasers: passively and actively Q-switched models OPTICAL PERFORMANCE RANGE: Wavelengths: fixed at 1.95µm or tunable from 1.94µm to 1.96µm Single longitudinal mode upon request Energy per pulse: up to 270µJ Pulse duration: 30ns…60ns Repetition rate: fixed or tunable up to 5kHz Picture of the 2µm PQS laser prototype Mid-IR tunable OPO source (Optical Parametric Oscillator) Microchip Laser Our Optical Parametric Oscillator source converts the input signal from a 2µm pump laser into tunable Mid-IR beam using a nonlinear crystal. We achieve broad LWIR tunability (7.5-13µm) based on Orientation-Patterned GaAs crystal. 2 µm The OPO source we offer is uniquely compact. Option: additional Optical Parametric Amplifier (OPA) stage for a much higher output power. Source developed in partnership with ONERA and Thales Research and Technology (project funded by DGA) Mid-IR 7.5 - 13 µm (or 3-5µm upon request) Non-linear crystal KEY FEATURES: Wavelengths tunability: 7.5 to 13µm or 3 to 5µm upon request Single longitudinal mode Real-time wavelength control with Spectrum Analyzer included Picture of the prototype of the Mid-IR OPO compact source (on the left) and its controller (on the right) Peak power: 5W; up to 100W with the OPA option Repetition rate: fixed at 300Hz or 1kHz Pulse duration: 30ns…50ns Compact source: ~297mm*210mm*80mm (~A4 footprint) MAIN APPLICATIONS Stand-off gas detection Multi-species gas analysis LIDAR applications etc. For any further information, please contact our sales team Email: [email protected] / Phone: +33 (0)4 76 04 05 06 Example: spectral signatures of Toxic Chemical Agents in the LWIR wa