The Leukos Disco Low Timing Jitter Triggered Supercontinuum Laser offers a >10ns pulse-to-pulse timing jitter at 2kHz repetition rate. The Disco was designed specifically for applications requiring externally triggered sub-ns/ns broadband lasers, such as pump probe sub-ns transient absorption spectroscopy (TAS). Available with a spectral range from 2400nm down to <350nm, DISCO is the ideal alternative for probe light generation in time-resolved spectroscopy experiments.
The DISCO is manufactured and optimised for operation at one unique repetition rate which is typically 2kHz (other repetition rate upon request). The DISCO laser will deliver a low pulse to pulse timing jitter < 10 ns. The jitter performance is different to the time of generation of the optical pulse. This is the fixed amount of time between the electronic trigger signal and the optical pulse. The jitter performance we provide, aka pulse to pulse timing jitter, gives the user the accuracy of the optical pulse arrival time in respect to the laser rate of operation.
Models available are:
Samba – <420->2400nm, >10mW total power
Samba UV – <350->2400nm, >5mW total power
Features:
| LEUKOS DISCO | DISCO-2 | DISCO-2-UV | ||||||
| Spectral bandwidth minimum | < 420 nm | < 350 nm | ||||||
| Spectral bandwidth maximum | > 2400 nm | > 2200 nm | ||||||
| Repetition rate | 2 kHz | 2 kHz | ||||||
| Timing jitter | < 20 ns | < 20 ns | ||||||
| Pulse width | 0.7-1.3 ns | 0.7-1.3 ns | ||||||
| Total average power | > 10 mW Including ASE | > 5 mW Including ASE | ||||||
| Spatial profile | Singlemode TEM00 | Singlemode TEM00 |
Pump / probe spectroscopy
Flow cytometry
OCT
Microscopy
Optical component characterisation
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Photonic Solutions Ltd
Unit 2.2 Quantum Court
Heriot-Watt University Research Park
Edinburgh
EH14 4AP
