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- uhf troposcatter 特高频对流层散射
- Plant Trunked UHF Radio Systems. 装置超高频无线电系统。进厂控制系统。
- RF coaxial connector BNC, TNC, N, UHF. 射频同轴连接器BNC、TNC、N、UHF。
- Radio Acoustic Sounding with a UHF Volume Imaging Radar. 用UHF容积成象雷达进行无线电光学探测。
- In the mountains, UHF radio waves may not be a viable alternative. 在多山的区域中，超高频收音机可能不是能养活的替代选择。
- VHF, UHF, videography, and infrared systems and headsets. 网站简介 : Wireless microphones for working people.
- Implementation and Validation of Range Imaging on a UHF Radar Wind Profiler. 雷达风廓线仪立体成像的实现和确认。
- Purpose: UHF frequency converter, local oscillator，wide band am plifier. 用途:用于超高频频率转换,负载振荡器,宽频放大。
- Especially developed for UHF applications are the Waste Bin Tag and Slim Tag. 特别是开发超高频的应用是废纸箱标记和微标记。
- Pfizer is using the UHF RFID technology for its case and pallet tags. 辉瑞公司使用的是UHF RFID技术的案例和托盘标签。
- Purpose: low noise amplifier at VHF, UHF and CATV band applications. 用途:用于甚高频、超高频和有线电视频段的低噪声放大。
- In troposcatter transmission it turns out that M is of the order of 100 to 1000. 在对流层散射通信中;已证明M是在100到1000的数量级.
- In troposcatter transmission it turns out that M is of the order of magnitude of 100 to 1000. 在对流层散射通讯中已证明M在100到1000的数量级。
- English: 367. In troposcatter transmission it turns out that M is of the order of magnitude of 100 to 1000. 中文:在对流层散射通讯中已证明M在100到1000的数量级。
- In this paper,the forms of received signal in troposcatter communication are briefly introduced. 简要阐述了对流层散射通信的接收信号的形式。
- The company also established a wireless connection between the EPLRS network and its high-capacity, beyond line-of-site troposcatter system. 该公司也在EPLRS网络和其高容量、超直线对传对流层散射系统之间架设了无线联接。
- Present a design of the Emissive Microwave Power Control used for the UHF RFID Reader. 介绍一种用于适用于超高频段以上的射频读写器功率控制方案。
- In a recent exercise with the U.S.Army, Raytheon achieved an industry-first wireless transmission of its lightweight High Capacity Beyond Line-of-Sight troposcatter system. 在美国陆军的最近演习中，雷声公司的轻型高容量超视线对流层散射系统实现了产业界首次无线传输。
- Troposcatter phenomenon was found in the thirties of the twentieth century, it has beenused as a communication technique around the world for thirty years up to the present. 对流层散射传播现象在20世纪30年代被发现，作为一种通信手段付诸使用在国内外已有三十多年的历史。
- The research and development on UHF RPID reader and tag are driven by the requirements in application of UHF RFID systems in recent years. 近几年,超高频(UHF)频段射频识别系统应用的要求推动了超高频阅读器和电子标签的研究与开发。
