可编程信道化数字收音机

R. Prill, M. Antonesco
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引用次数: 1

摘要

介绍了通用电气-马可尼电子系统部在开发多功能、通用模块、可编程数字无线电/调制解调器方面正在进行的工作。无线电系统处理传统的窄带和扩频波形。所开发的体系结构是一种可编程的信道化方法。一个通道的模块与下一个通道的模块相同,因此非常适合在任务的不同部分或高优先级功能系统的故障模式期间通道的可重用性。硬件实现利用了最新的射频、数字射频和数字信号处理组件技术。开发了一个基于pc机的电路板,并用于演示实时可编程调幅、调频和敌我识别接收。当只有几个系统需要集成时,通道化架构比完全集成的方法提供了显著的优势。当需要通道可编程性/可重用性时,与联邦(一次一个系统)方法相比具有优势。硬件实现结合了所有数字调制/解调技术,加上软件可编程设备的出现,保持了架构的充分灵活性
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Programmable channelized digital radio
Ongoing work by GEC-Marconi Electronic Systems Division in the development of a multifunction, common module, programmable digital radio/modem is described. The radio system handles conventional narrowband and spread-spectrum waveforms. The architecture developed is a programmable channelized approach. The modules of one channel are identical to those of the next, and as such are ideally suited to channel reusability during different parts of a mission or during failure modes of higher-priority functional systems. The hardware implementation exploits the latest RF, digital-RF, and digital signal processing component technologies. A PC-based brassboard was developed and used to demonstrate real-time programmable AM, FM, and IFF reception. The channelized architecture offers significant advantages over the fully integrated approach when only a few systems are to be integrated. Advantages are gained over the federated (a system at a time) approach when channel programmability/reusability is desired. The hardware implementation incorporating all digital modulation/demodulation techniques, coupled with the advent of software programmable devices, maintains the fully flexibility of the architecture.<>
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