Los Alamos National Laboratory has designed and demonstrated a space-flight quality digitizer board with a CompactPCI interface in the popular 6U form factor. The digitizer board is designed to meet the requirements of missions requiring true space-grade radiation tolerance in geosynchronous orbits. It has four 12-bit input channels, four 8-bit input channels, and can digitize input waveforms at speeds up to 2 giga samples per second. It has a reconfigurable radiation tolerant FPGA for on-orbit waveform processing and a 20 Mbyte memory for waveform storage. This module can capture data from sensors in space and analyze that data on-orbit before sending the resulting information back to Earth. This capability enables high-speed waveforms to be collected in space and analyzed in real-time. Immediate applications include direct conversion software defined radio receivers, radars, transient waveform recorders, and other space-based high fidelity data-capture and analysis applications.
Radiation Hardened High Speed Digitizer
01.03.2019
1313027 byte
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
Digitizer: Messen in High Speed - auch weit entfernt
British Library Online Contents | 2014
Digitizer: Prazision und Speed geschickt kombiniert
British Library Online Contents | 2013
Low Power, High-Speed Radiation Hardened Computer & Flight Experiment
British Library Conference Proceedings | 2005
|Tema Archiv | 1987
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