Laser Conditioning Systems - LCS
In many applications involving laser systems with high demands on stability, modulation frequency, switching times, etc., the physical properties of the individual components involved are often no longer decoupled from each other. Therefore, significant deviations in the performance of the overall system can occur if the key components were purchased from different manufacturers.
QUBIG's Laser Conditioning Systems (LCS) are compact "turn-key" setups, typically consisting of one or more light modulators and the matching RF driver electronics. Time-consuming calibrations of the complete system have been thoroughly performed by QUBIG, which significantly simplifies system integration on the customer's side.
Single Photon Demultiplexing - DMX
KEY SPECS / FEATURES:
- standard wavelengths: {795, 930, 1550} nm
- low optical loss | high transmission per cell
- for pulse repetition rates up to 160MHz
- demultiplexing in up to 16 channels
- low loss optical fiber coupling available
- ext. clock reference for laser synchronisation
- individual & global RF phase adjustment of ea. channel
HV Optical Switches - HVOS
KEY SPECS / FEATURES:
- wavelength range: UV (200nm) - SWIR (1550nm)
- low insertion loss - IL(λ) | high ODT | long term stability
- short rise/fall times | MHz rep. rates | short pulses (>20ns)
- EMC compatible | HV protection & safety
TYPICAL APPLICATIONS:
- Pulse picking
- Mode locking
HV Optical Controllers - HVOC
KEY SPECS / FEATURES:
- Wavelength range: UV (200nm) - SWIR (1550nm)
- High transmission: >99.5% (ER>300:1) @ {795, 930, 1550} nm
- Arbitrary polarization & phase state generation with > 30 points resolution
- Pulse width: >=100ns | rise time: < 50 ns
- Active compensation of acoustic resonances
- EMC compatible | HV protection & safety
TYPICAL APPLICATIONS:
- Single photon time domain multiplexing
Tunable Frequency-Offset Locks - SOL
KEY SPECS / FEATURES:
- Continuous frequency tuning up to 20 GHz
- Spectral range 313 - 1100nm
- Different frequency offset references possible such as:
- stable Laser (Master-Slave)
- atomic transitions (DFSS)
- optical cavities (FPI)
TYPICAL APPLICATIONS:
- High-resolution spectroscopy | Interferometry | Laser cooling ...
