FM radio simulcasting — A systems approach

S. Maddy
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Abstract

The past several years the technique of simulcasting (the use of multiple transmitters simultaneously transmitting the same information) has become necessary to satisfy the geographical coverage requirements of large RF transmission systems. It has been found that specially designed equipment is needed to adhere to the stringent requirements of this type of system in order to obtain usable overlap area coverage. It has also been found that a properly designed simulcast RF transmission system has many advantages over a single transmitter even within the same coverage area. In order to develop system design guidelines a set of laboratory tests were devised to determine the parameters required for an acceptable system. A system audio processing scheme was then devised that would implement the system and conform to the design guidelines obtained from the laboratory tests. In this paper I will describe these laboratory tests and show the results. The audio processing scheme that was then used is described as well as several other system design considerations. Lastly, the advantages of implementing a transmission system using simulcasting techniques is discussed.
调频电台联播—系统方法
在过去的几年里,为了满足大型射频传输系统的地理覆盖要求,同步广播技术(使用多个发射机同时传输相同的信息)已经成为必要。人们发现,需要专门设计的设备来满足这类系统的严格要求,以便获得可用的重叠区域覆盖。研究还发现,即使在相同的覆盖范围内,设计合理的联播射频传输系统也比单个发射机具有许多优点。为了制定系统设计准则,设计了一套实验室测试,以确定可接受系统所需的参数。然后设计了一个系统音频处理方案,该方案将实现该系统并符合从实验室测试中获得的设计准则。在本文中,我将描述这些实验室测试并展示结果。描述了随后使用的音频处理方案以及其他几个系统设计注意事项。最后,讨论了采用同播技术实现传输系统的优点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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