Diode pumped laser system capable of generating multi-joule pulse energy with nano-second (ns) pulse width while maintaining good beam quality at high average power level
Modular version offers flexibility, easy transportation, field
deployment and different modules offer different energy and average
power output
High level automation, reliability and extremely low level of
maintenance
The output beam can be transformed to donut mode
for escaping the central obscuration of the telescope
FEATURES
Diode pumped and fully automated picosecond (ps) pulse width laser system for satellite laser ranging applications
Mode-locked oscillator with the passive mode-locker (built in-house)
Regenerative amplifier with a standing wave cavity offering excellent stability
Power amplifier and a high efficiency second harmonic generator
Modular design offers flexibility and can be reconfigured to 1kHz to support kilo-Hertz ranging
Can also be upgraded to eye-safe wavelength
Remote control and monitoring capabilities, 24/7 unmanned operation
FEATURES
8 m diameter ringwall supporting a co-rotating spherical enclosure with diameter of 9 m
Composite GRP dome panels includes fire retardant insulation (>R3 or R19 US); dual flap seals minimize air leakage
Accurately track telescope elevation at speeds up to 2ยบ/sec
Operational wind load to 80km/h (survival wind speed 240km/h)/li>
Thermally isolated area for electronics control racks and other heat sources
FEATURES
6.5m diameter standard, with 1.75m slit
Operational wind load to 80km/h
Three level ringwall
Level 1: Insulated equipment floor
Level 2: ventilation floor with four vent doors
Level 3: fixed observing floor with access hatch
FEATURES
4.5m diameter standard, custom designs available
High strength for 200km/h wind loads
All weather and enclosed
Suitable for remote, unmanned locations in harsh environments