ONBOARD BEAM FORMING TECHNOLOGY FOR NEXT-GENERATION COMMUNICATION SATELLITE

KATSUHIKO ARAKI; YOSHINORI SUZUKI; YUTAKA IMAIZUMI

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ONBOARD BEAM FORMING TECHNOLOGY FOR NEXT-GENERATION COMMUNICATION SATELLITE

机译：下一代通信卫星的机载波束形成技术

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To offer future multimedia mobile communication services over a wide area, communication satellites will need onboard large reflectors. The active phased array fully meets these requirements. An entire beam forming network (BFN) for a phased array must be equipped with a proportional number (number of beams times number of radiators) of amplitude and phase controlled functions. Two new technologies - an excitable 32-element active phased array MMIC and 3-D cross interconnection -are proposed to achieve small, lightweight, and low-power-consumption satellite onboard BFN equipment. An onboard BFN is designed and fabricated using these technologies.

机译：为了在广阔的区域上提供未来的多媒体移动通信服务，通信卫星将需要在大型反射器上安装。有源相控阵完全满足这些要求。用于相控阵的整个波束形成网络（BFN）必须配备比例数量（波束数量乘以辐射体数量）的振幅和相位控制功能。提出了两项新技术-一种可激发的32元素有源相控阵MMIC和3-D交叉互连-来实现BFN设备上的小型，轻便和低功耗卫星。机载BFN使用这些技术进行设计和制造。

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《NTT R&D》 |1999年第7期|544-549|共6页
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KATSUHIKO ARAKI; YOSHINORI SUZUKI; YUTAKA IMAIZUMI;
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正文语种 jpn
中图分类无线电电子学、电信技术;
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1. ONBOARD ANTENNA AND FEED SYSTEM TECHNOLOGY FOR NEXT-GENERATION COMMUNICATION SATELLITE [J] . HIDEKI MIZUNO, AKATSUHIKO ARAKI, MITSUNOBU WATANABE NTT R&D . 1999,第7期

机译：下一代通信卫星的车载天线和馈电系统技术
2. NASA/DARPA advanced communications technology satellite project for evaluation of telemedicine outreach using next-generation communications satellite technology: Mayo Foundation participation (see comments) [J] . Gilbert BK, Mitchell MP, Bengali AR, Mayo Clinic Proceedings . 1999,第8期

机译：NASA / DARPA高级通信技术卫星项目，用于使用下一代通信卫星技术评估远程医疗范围：Mayo基金会的参与（请参阅评论）
3. Performance of an onboard processor for mobile satellite communications using engineering test satellite VIII [J] . Katsuji Nakajima, Shigetoshi Yoshimoto, Yoichi Kawakami, 電子情報通信学会技術研究報告. 衛星通信. Satellite Telecommunications . 2000,第483期

机译：使用工程测试卫星VIII移动卫星通信的车载处理器的性能
4. Fault Tolerant Onboard Packet Switch Architecture for Communication Satellites: Shared memory Per Beam Approach [C] . Mary Jo Shalkhauser, Jorge A.Quintana, Nitin J.Soni 15th AIAA International Communications Satellite Systems Conference February 27-March 3, 1994-San Diego, CA . 1994

机译：通信卫星的容错机载分组交换架构：每波束共享内存方法
5. Personal hand-held communications via L-band CDMA-based geostationary beamforming satellites. [D] . Karimi, Joubin. 1996

机译：通过基于L频段CDMA的对地静止波束成形卫星的个人手持通信。
6. Multibeam Reflectarrays in Ka-Band for Efficient Antenna Farms Onboard Broadband Communication Satellites [O] . Daniel Martinez-de-Rioja, Eduardo Martinez-de-Rioja, Yolanda Rodriguez-Vaqueiro, 2021

机译：KA波段的多阵域反射阵列为高效的天线农场宽带通信卫星
7. Fault tolerant onboard packet switch architecture for communication satellites: Shared memory per beam approach [O] . Shalkhauser Mary JO, Quintana Jorge A., Soni Nitin J. 1994

机译：通信卫星的容错机载分组交换架构：每波束共享内存方法
8. Fault-tolerant onboard digital information switching and routing for communications satellites [R] . Shalkhauser, Mary JO, Quintana, Jorge A., Soni, Nitin J., 1993

机译：容错的机载数字信息交换和通信卫星路由

ONBOARD BEAM FORMING TECHNOLOGY FOR NEXT-GENERATION COMMUNICATION SATELLITE

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