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A Promising Solution of How to Evolve Present Radiated Emission Standards in Order to Protect Digital Communication Services

机译:有希望的解决方案如何发展出现辐射排放标准,以保护数字通信服务

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Present radiated emission standards are developed to protect analog communications services. The issue of finding a new EMI measurement detector, with proper weighting properties for the effect of disturbance on digital communication services, is the key issue in the evolution of present radiated emission standards in order to protect digital communication services. It has recently been shown that the RMS detector has a response that can be correlated to the interference impact on digital communication systems that do not use error-correcting codes or use block codes. In this paper we show that this conclusion is also valid for systems using convolutional codes. These results form a basis upon which a solution for future radiated emission standards can be built.
机译:现有辐射排放标准是为保护模拟通信服务而开发的。寻找新的EMI测量探测器的问题,具有适当的加权特性,用于对数字通信服务的扰动效果,是当前辐射排放标准的演变中的关键问题,以保护数字通信服务。最近已经表明,RMS检测器具有可以与不使用错误校正代码或使用块代码的数字通信系统上的干扰影响的响应。在本文中,我们表明,该结论也适用于使用卷积码的系统。这些结果形成了一个基础,可以建立未来辐射排放标准的解决方案。

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