Levante IR
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Tunable OPO for IR Pump Laser ■ Levante IR is a synchronously pumped Optical Parametric Oscillator with an innovative and user-friendly design. Mode-locked lasers with an output wavelength of 1 µm are suitable as pump lasers. The output wavelength ranges from approx. 1300 nm to 5000 nm. The tunable IR OPO is available as picosecond and femtosecond version. Its synchronous pumping scheme provides a jitter-free and stable repetition rate that is identical to the repetition rate of the pump laser. Automated wavelength tuning Synchronous pumping scheme Standard Software Interface (using TCP/IP) Integrated spectrometer for OPO Signal wavelength range

Automated Tuning for IR Wavelength Range ■ The output wavelength range for the Signal beam is 1315 ... 2000 nm and the wavelength for the Idler output ranges from 2150 ... 5000 nm. This is ideal for applications that require tunable radiation in the IR range, e.g. vibrational spectroscopy. The wavelength tuning is fully automated. An extended wavelength range from 660 nm to 15 μm can be generated when Levante IR is operated in combination with APE's HarmoniXX series. Wavelength converters SHG (Second Harmonic Generation), THG (Third Harmonic Generation) and DFG (Difference Frequency...

ps Version Signal Wavelength Range Idler Wavelength Range Signal Power Idler Power Pulse Width typ. 2 ps at 2 ps pump pulse width Time Bandwidth Product Repetition Rate Equal and synchronous to pump laser Wavelength Tuning Fully automated Wavelength Tuning Feedback In-built spectrometer Remote Control Appropriate Pump Parameters Wavelength 1030 ... 1064 nm Power 2 ... 10 W Pulse width 1 ... 10 ps Repetition rate ~ 73 ... 82 MHz; fixed at the time of order Evaluated Pump Laser APE Emerald Engine APE picoEmerald with additional IR output fs Version Signal Wavelength Range Idler Wavelength...

Typical Data Levante IR fs - typical Signal spectra Levante IR fs - typical Idler spectra Levante IR fs pumped by 12 W typical Signal and Idler power 2000 2400 2800 3200 3600 4000 4400 4800 Signal Idler Options Harmonic Generation SHG or THG for Signal Harmonic Generation SHG or THG for Idler Difference Frequency Generation DFG up to 15 µm Adaption to other pump parameters Drawings See appendix for details

Technical Drawings Contact APE Angewandte Physik & Elektronik GmbH Plauener Str. 163-165|Haus N|13053 Berlin|Germany APE follows a policy of continued product improvement. Therefore, specifications are subject to change without