FSA Series – Pulsed Fiber-based Synchronization Lasers
Description
The FSA series offers short picosecond pulses at various repetition rates with the added benefit of synchronization. Its fiber-based design and interfaces offer advantages such as stability and flexibility with ease in set up and alignment. All the laser’s parameters are controlled from a PC through a GUI.
The FSA series laser sources can run off their own internal clock or sync off an external clock that can either be electrically supplied or derived from an optical pulse stream from another laser source such as a Ti:Sapphire laser. Electrical trigger signals including signal delay management for triggering data acquisition systems are also available.
FSA Series – Pulsed Fiber-based Synchronization Lasers
Specifications |
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|---|---|
| Wavelength: | -- nm |
| Average Output Power: | -- W |
| Pulse Duration: | 1-1ns |
| Beam Quality (M^2): | -- |
| Max Pulse Repetition Rate: | -- kHz |
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Frequently Asked Questions
The FSA series lasers offer stability, flexibility, and ease of setup and alignment due to their fiber-based design and interfaces. They also have the added benefit of synchronization.
All the laser's parameters are controlled from a PC through a graphical user interface (GUI).
Yes, the FSA series lasers can sync off an external clock, which can be electrically supplied or derived from an optical pulse stream from another laser source.
The FSA series lasers are highly desirable for non-linear spectroscopic applications, including coherent anti-Stokes Raman scattering (CARS) and Frequency Modulated CARS (FM-CARS), as well as stimulated Raman scattering (SRS) spectroscopy.
Yes, the FSA series lasers provide electrical trigger signals, including signal delay management for triggering data acquisition systems.