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Autor(en):
MESSMANN, David; GRUEBLER, Thomas; COELHO, Felipe; OHLENFORST, Torsten; {van BRUEGGE}, Jan; MAURACHER, Florian; DOETTERL, Moritz; PLAMAUER, Sebastian; SCHNIERLE, Patrick; SEIFERT, Marc; Langer, Martin; KALE, Tejas; FUHRMANN, Arno; ULANOWSKI, Alexander; KARAGIANNIS, Eleftherios; LAUSENHAMMER, Thomas; MERANER, Andrea 
Titel:
Advances in the Development of the Attitude Determination and Control System of the CubeSat MOVE-II: 15 pages 
Abstract:
MOVE-II (Munich Orbital Verification Experiment) will be the first CubeSat of the Technical University of Munich (TUM) utilizing a magnetorquer-based active attitude determination and control system (ADCS). The ADCS consists of six circuit boards (five satellite side panels and one central circuit board in satellite stack), each equipped with a microcontroller, sensors and an integrated coil. The design enables redundancy and therefore forms a fault-tolerant system with respect to sensors and ac...    »
 
Stichworte:
AEROSPACE SYSTEMS; CONTROL; DESIGN; STATE ESTIMATION; SYSTEMS 
Jahr:
2017