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Research on the Development of Electromagnetic Compatibility (EMC)
Release date:
2023-02-20
Electromagnetic compatibility refers to the ability of a device to function normally in an electromagnetic environment without being affected by electromagnetic interference and without causing interference to other systems. The theory of electromagnetic compatibility originates from electrical and electronic engineering, and it is closely linked to the electromagnetic environment. Its primary task in research is to analyze various forms of electromagnetic pollution and to develop solutions for these issues. In the study of electromagnetic compatibility, one needs to draw upon knowledge from fields such as mathematics, signal analysis, and biomedicine—demonstrating just how highly interdisciplinary this field is.
Electromagnetic compatibility refers to the ability of equipment to function normally in an electromagnetic environment without being affected by electromagnetic interference and without causing interference to other systems. The theory of electromagnetic compatibility originates from electrical and electronic engineering, and it is closely linked to the electromagnetic environment. Its primary task in research is to analyze various forms of electromagnetic pollution and to develop solutions for these issues. In the study of electromagnetic compatibility, researchers draw upon knowledge from fields such as mathematics, signal analysis, and biomedicine, demonstrating its highly interdisciplinary nature.
EMC is an engineering discipline that demands a high level of technical expertise. It has two distinctive technical characteristics: First, its application involves a wide array of technologies, spanning everything from the use of electrical appliances to the installation and design of electronic devices. Second, with the advancement of today’s industries, electromagnetic compatibility technology is being applied across various fields, making it increasingly susceptible to interference. This technology finds applications in sectors ranging from retail and communications to defense and military industries, thereby significantly increasing the likelihood of electromagnetic interference and causing serious damage to equipment and systems. Moreover, if equipment and systems are not designed with electromagnetic compatibility in mind during the initial stages, this can have a substantial impact on the power grid, directly affecting power systems and electrical equipment.
Today, the application of electronic science and technology is becoming increasingly widespread, appearing everywhere in our daily lives. This has also made the reliability of this technology steadily improve. Particularly in developed countries and regions, considerable efforts have been devoted to research and breakthroughs in electromagnetic compatibility (EMC) technologies. In today’s era, information technology and computer technology have permeated every corner of our production and daily life, even dominating the technological landscape of many industries. Especially in sectors such as aerospace, power engineering, and telecommunications, EMC technology has become a critical factor driving progress and development. These industries are increasingly recognizing the importance of EMC technology and are striving to overcome challenges in enhancing the lifespan of electronic devices and systems under complex electromagnetic conditions.
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