BILSAT-1 communication subsystem

O. Belce, A. Telli, K. Maynard
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引用次数: 7

Abstract

TUBITAK-BILTEN has initiated a project to develop and propagate small satellite technologies in Turkey. As part of this initiative, TUBITAK-BILTEN has worked with Surrey Satellite Technologies Limited (SSTL) to develop a 100 kg class enhanced microsatellite, BILSAT-1. With the successful completion of this project, TUBITAK-BILTEN will be capable of producing its own satellites, covering all phases from design to production and in-orbit operation. The project was started in August 2001 and BILSAT-1, was successfully launched from Plesetsk Cosmodrome, Russia, on 27 September 2003. In this paper the communication subsystem of BILSAT-1 is presented. The primary uplink is the S-band receivers and the primary downlink is the S-band transmitters on-board BILSAT-1, whereas VHF and UHF systems are also present as back-up for uplink and downlink respectively. UHF/VHF system is currently being used for commissioning phase due to omni-directional coverage requirements. S-band being the nominal operation system has relative directionality. The data rate of uplink is 9.6 kbps for both S-band and VHF. However, S-band is capable of 2 Mbps and UHF has 9.6 kbps, 38.4 kbps and 76.8 kbps opportunities for downlink.
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1通信子系统
TUBITAK-BILTEN已经开始了一个在土耳其发展和推广小卫星技术的项目。作为该计划的一部分,TUBITAK-BILTEN与萨里卫星技术有限公司(SSTL)合作开发100公斤级增强型微型卫星BILSAT-1。随着该项目的成功完成,TUBITAK-BILTEN将能够生产自己的卫星,涵盖从设计到生产和在轨运行的所有阶段。该项目于2001年8月开始,BILSAT-1于2003年9月27日在俄罗斯普列谢茨克航天发射场成功发射。本文介绍了BILSAT-1的通信子系统。主上行链路是s波段接收器,主下行链路是机载BILSAT-1上的s波段发射器,而VHF和UHF系统也分别作为上行链路和下行链路的备份。由于全向覆盖要求,目前正在使用UHF/VHF系统进行调试阶段。s波段作为标称操作系统,具有相对的方向性。s波段和VHF波段上行数据速率均为9.6 kbps。然而,s波段能够达到2mbps,而UHF有9.6 kbps、38.4 kbps和76.8 kbps的下行机会。
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