Design and manufacture power pre-amplifier module for transmitter of ground station at S-band

H. Bui, C. D. Tran, X. Le, G. Bach
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引用次数: 1

Abstract

Small satellite become the trend in the future because mass, size, capabilities, cost and their combination. Compared with traditional satellite, small satellite have shorter development cycles, need smaller development team, lower launch costs, lower production costs. Small satellite include Nanosatellite. This paper targeted at design, fabrication of the power pre-amplifier module for the transmitter of Nanosatellite and its ground station operate in the frequency range 2.1 – 2.3 GHz. This power pre-amplifier to provide high output power and impedance matching with the fore-and-aft circuit of this module. By using SHF-0589 device combined with BLM7G1822S in module, its power output obtained around 23.5 dBm. With this result, it will assist the main power amplifier to achieve a highest power output.
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s波段地面站发射机功率前置放大模块的设计与制作
小型卫星因其质量、尺寸、性能、成本及其组合而成为未来的发展趋势。与传统卫星相比,小卫星的开发周期更短,需要更小的开发团队,发射成本更低,生产成本更低。小型卫星包括微型卫星。本文针对纳米卫星发射机及其地面站工作频率在2.1 ~ 2.3 GHz的功率前置放大模块进行了设计、制造。该功率前置放大器提供高输出功率,阻抗与该模块的前后电路匹配。将SHF-0589器件与BLM7G1822S模块结合使用,其输出功率约为23.5 dBm。有了这个结果,它将有助于主功率放大器实现最高的功率输出。
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