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Gropius
The synchronously pumped Gropius dye laser is a simple and versatile source for tunable picosecond and sub-picosecond pulses in the VIS to NIR range. The term synchronous pumping refers to matching the cavity round-trip time of the dye laser to an integer multiple of the mode-locking frequency. The resulting output from the Gropius is a train of pulses at 80 MHz repetition rate which can be tuned over a wide spectral range.
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General Characteristics
Options
Beam Radius | 0-6-0.7 mm (typical) (at Gropius output port) |
Beam Divergence | < 1 mrad (half angle) |
Time Bandwidth Product | < 0.6 |
Pulse Width | 5 ps with 3-plate BiFi |
Beam Polarization | horizontal |
Short Pulse Configuration | down to 0.5 ps |
Long Pulse Configuration | up to 100 ps with additional Etalon |
Please contact us for details
Requirements
Pump Laser | 355 nm, < 12 W power max. 516 nm / 532 nm, 25 W power max. 1-50 ps, 75-80 MHz repetition rate (please contact Sirah for compatibility with other pump lasers) |
Ambient Conditions | constant temperature in the 20-30°C range, 80% max. rel. humidity, non condensing |
Cooling | required for circulator (~ 300 Watt) |
Laboratory | vibrational isolated optical table, dust-free air (flow box) |
Computer Control | Windows XP / Vista / 7 / 8 / 10, USB-Port |