presented at the 15 International Workshop on Laser Ranging ...

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General Goals • Technology demonstr<strong>at</strong>or of a Compact Laser Rangefinder applicable in future space projects : • Mercury planet altimetry • Lunar altimetry and surface mapping • on-board optical transponder(s) for Earth orbiter(s) • airborne range finder • ground based S<strong>at</strong>ellite Laser Ranging (SLR) • Desired altimeter parameters: • one meter ranging precision (no costly interpol<strong>at</strong>ors) • multiphoton approach • diode pumped laser, ns pulses • modular construction • existing / available technology Jirousek,Prochazka,Hamal,Fedyszynova,Michaelis,Yang,Huang,Canberra 2006
Applic<strong>at</strong>ion • Technology demonstr<strong>at</strong>or of a Compact Laser Rangefinder • modular construction • based existing / available technology • test bench oper<strong>at</strong>ion <strong>at</strong> (any) S<strong>at</strong>ellite Laser Ranging site • reduced timing resolution (ns- pulse altimetry!) Jirousek,Prochazka,Hamal,Fedyszynova,Michaelis,Yang,Huang,Canberra 2006
Page 1: Timing System for the</stro
Page 5 and 6: Altimeter Timing System Characteris
Page 7 and 8: Timing System Technology Demonstr<s

presented at the 15 International Workshop on Laser Ranging ...

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