SYNTHESIS OF METHODS OF EVALUATION OF ELECTROMAGNETIC COMPATIBILITY OF RADIO-TECHNICAL SYSTEMS

N. Lukova-Chuiko, Volodymyr Nakonechnyi, V. Saiko, S. Toliupa
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Abstract

Modern development of radio equipment is characterized by an increase in the speed of processes of transmission and processing of information, miniaturization and integration into unified complexes that physically bridles the sources and receptors of interference. All this leads to the strengthening of the requirements to ensure compliance with the conditions of electromagnetic compatibility and the need for its evaluation at the design stage of radio engineering devices and systems, because the incomplete or incorrect assessment of these requirements leads to a significant increase in time and material costs of the manufacturer, for further development of the development of electronic equipment and reduction its competitiveness. Widespread use of different purposeful electronic means leads to an increase in the levels of electromagnetic fields created by them in the surrounding space. These fields are obstacles for other similar devices, may degrade the operating conditions and reduce the effectiveness of their use. In this process, it is easy to see the characteristic features of dialectical development - progress in this area is restrained by the negative phenomena generated by its development. Further progress requires the overcoming of this trend, that is, development on a new quality level, which is to ensure the joint operation of various means. The key is that the actions of the electromagnetic fields, which are created by some technical means to the other, are carried out for the transmission of information, its processing, or vice versa, violation of the process of transmission and processing of data. Therefore, an analysis is proposed that allows preliminary prediction of the fulfillment of the conditions of electromagnetic compatibility in a group of radio-electronic means that have a number of sources of interference and radio engineering devices on which they affect. In this case, the important issue of checking the provision of electromagnetic compatibility of radio-electronic means is to determine the magnitude of the permissible power at which provides electromagnetic compatibility. The purpose of this article is to consider, from the general positions, the main tasks of the analysis and evaluation of the electromagnetic compatibility of radio-electronic means
无线电技术系统电磁兼容性评价方法的综合
无线电设备的现代发展的特点是信息传输和处理过程的速度加快,小型化和集成到统一的复合体中,从而在物理上控制干扰源和干扰源。所有这些都导致在无线电工程设备和系统的设计阶段加强了确保符合电磁兼容性条件的要求和对其进行评估的需要,因为对这些要求的评估不完整或不正确会导致制造商的时间和材料成本显著增加,从而影响电子设备的进一步发展和降低其竞争力。不同目的电子手段的广泛使用导致它们在周围空间中产生的电磁场水平的增加。这些领域是其他类似设备的障碍,可能会降低操作条件并降低其使用效率。在这一过程中,很容易看到辩证发展的特征——这一领域的进步受到其发展所产生的消极现象的制约。进一步的发展需要克服这一趋势,即在新的质量水平上发展,即保证各种手段的共同作用。关键在于,电磁场的作用是通过某种技术手段对对方产生的,是为了信息的传输和处理而进行的,反之亦然,违反了数据的传输和处理过程。因此,提出了一种分析方法,可以初步预测具有许多干扰源的一组无线电电子设备和它们所影响的无线电工程设备的电磁兼容性条件的实现情况。在这种情况下,检查无线电电子设备是否提供电磁兼容性的重要问题是确定提供电磁兼容性的允许功率的大小。本文的目的是从一般的立场出发,探讨无线电电子设备电磁兼容性分析与评价的主要任务
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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