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随着社会的发展和科学技术的日益进步,中波发射机系统从最初的电子管发展到现在的数字调制发射机,呈现出飞跃式的发展和进步,在发展过程中波发射机系统的抗干扰性和工作效率随着技术的进步得到逐渐的提高。但是由于受中波发射机所处的周围工作环境等重要因素的影响,尤其是遇到雷电极等天气情况下特别容易损害中波发射机系统。本文对中波发射机系统的整体防雷策略与改造措施进行分析和研究,提出有针对性的有效的防雷策略以及对其进行改造的有效措施。
With the development of society and the progress of science and technology, the development of the medium-wave transmitter system from the original electron tube to the current digital modulation transmitter shows a leap-forward development and progress. During the development, the anti-interference of the wave transmitter system Sex and work efficiency are progressively improved as technology advances. However, due to the influence of such important factors as the surrounding working environment in which the medium-wave transmitter is located, it is particularly vulnerable to the medium-wave transmitter system under weather conditions such as lightning poles. This paper analyzes and studies the overall anti-thunderstorm strategy and modification measures of the medium-wave transmitter system, and proposes targeted and effective lightning protection strategies and effective measures for their transformation.