The paper will present results of a preliminary payload feasibility analysis performed in the frame of an on-going ESA sponsored study. The reference system is based on a single GEO satellite with European service area. The user link is assumed operating on a 15 MHz segment of the S-UMTS bands (2170-2200 MHz and 1980-2010 MHz respectively for the Down and uplinks). The feeder link is assumed operating in Ka-band. An S-band antenna of 12 m diameter was considered. The payload architecture and constraints imposed by OGBF will be discussed.
Filippo Di Cecca, Gennaro Gallinaro, Emanuele Tirro, Claudio Campa, Stefano Cioni, Piero Angeletti, et al. (2012). Payload aspects of mobile satellite systems with on-ground beamforming and interference cancellation [10.1109/ICWITS.2012.6417805].
Payload aspects of mobile satellite systems with on-ground beamforming and interference cancellation
LOMBARDO, FRANCESCO;VANELLI CORALLI, ALESSANDRO
2012
Abstract
The paper will present results of a preliminary payload feasibility analysis performed in the frame of an on-going ESA sponsored study. The reference system is based on a single GEO satellite with European service area. The user link is assumed operating on a 15 MHz segment of the S-UMTS bands (2170-2200 MHz and 1980-2010 MHz respectively for the Down and uplinks). The feeder link is assumed operating in Ka-band. An S-band antenna of 12 m diameter was considered. The payload architecture and constraints imposed by OGBF will be discussed.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
