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首页> 外文期刊>Journal of the aeronautical society of India >Trends In Aeronautical Flight Test Telemetry
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Trends In Aeronautical Flight Test Telemetry

机译:航空飞行测试遥测的趋势

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Based on Action Item 1.5 and the relevant investigations and studies, the World Radio communication Conference (WRC 2007) decided upon new additional frequency spectrum allocations for Aeronautical Mobile Telemetry (AMT).rnFour new frequency bands in the range from 4400 to 6700 MHz have been allocated to the Aeronautical Mobile Service (AMS) on a co-primary basis, limited to AMT for flight testing by aircraft stations. The range from 5091 to 5150 MHz may be used worldwide, allowing the implication of wide band telemetry links and helping the international cooperation and standardization inflight test missions.rnAfter reviewing the resolutions COM 4/2 and COM 4/7 of the WRC 2007 it is realized that C-Band becomes an attractive band for AMT. Components and systems for either new state-of-the-art equipment or for the upgrade of existing systems (in L-or S-Band) are already in work. One area of concern requiring an up front evaluation is tracking algorithms and mechanical tracking systems that operate specifically in C-Band. Future planning to greater utilize this band is presented.
机译:根据行动项目1.5和相关调查研究,世界无线电通信大会(WRC 2007)决定为航空移动遥测(AMT)分配新的频谱分配。rn已经在4400 MHz至6700 MHz范围内划分了四个新频段。共同分配给航空移动服务(AMS),仅限于AMT进行飞机站的飞行测试。在全球范围内可以使用5091至5150 MHz的频率范围,从而可以暗示宽带遥测链路,并有助于国际合作和标准化飞行测试任务。rn在审议WRC 2007的COM 4/2和COM 4/7号决议后,意识到C波段已成为AMT的诱人波段。用于最新技术设备或用于升级现有系统(L波段或S波段)的组件和系统已经投入使用。需要预先评估的一个关注领域是专门在C波段运行的跟踪算法和机械跟踪系统。提出了进一步利用该频段的未来计划。

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