Initial Results for On-Orbit Calibration of the FalconSEED on-board STPSat-6

Carlos A. Maldonado,Anthony J. Rogers,John T. Steinberg,Ruth M. Skoug,Steven K. Morley,Yue Chen,Brian A. Larsen,Gabriel R. Wilson, Keri A. Goorley, Sean L. Haley, Jonathan Barney,Martin Kroupa,Philip A. Fernandes,Richard Balthazor, John D. Williams, Parris Neal,Matthew G. McHarg

2023 IEEE AEROSPACE CONFERENCE（2023）

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摘要

The Falcon Solid-state Energetic Electron Detector (SEED) is a single element particle telescope designed to measure 14 to 145 keV electrons in geostationary Earth orbit. The instrument is designed to be a low-resource space weather sensor and utilizes commercial-off-the-shelf components to further reduce cost. The instrument is calibrated on-orbit against the Los Alamos National Laboratory Space Atmospheric Burst Report System plasma spectrometer co-located on the same STPSat-6 satellite, as well as electron measurements from NOAA GOES satellites.

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关键词

electron measurements,Falcon Solid-state Energetic Electron Detector,FalconSEED on-board STPSat,geostationary Earth orbit,Los Alamos National Laboratory Space Atmospheric Burst Report System plasma spectrometer co-located,low-resource space weather sensor,On-Orbit Calibration,reduce cost,single element particle telescope,STPSat-6 satellite,utilizes commercial-off-the-shelf components

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