Actual problems and modern solutions for system design and maintenance of the ship's electronic equipment of surface ships against the effects of electromagnetic environment: ensuring electromagnetic compatibility of radio electronic means and ensuring electromagnetic safety for industrial and biological receptors, providing the electromagnetic immunity of electronic means to the effects of high-power pulsed electromagnetic radiation of mobile systems electromagnetic weapons.
At the present stage of the design and maintenance of the ship's electronic equipment of surface ships with one of the important aspects is the electromagnetic design of marine radio systems of the upper deck. This is due to high-density multi-functional broadband antenna stations of radio electronic equipment for various purposes of radar and radio communication profile. The task of designing an electromagnetic surface ships is to determine the effects of electromagnetic situation emerging in the operation of electronic equipment. Recent decisions in the determination of these effects is to address the following subtasks: electrodynamic simulation of electromagnetic processes midrange UHF bands for the purpose of ensuring intra and inter-system electromagnetic compatibility of radio electronic means, for purposes of the object and out object electromagnetic safety for industrial and biological receptor, for the purposes of ensuring electromagnetic radio-electronic means of resistance to the effects of high-power pulsed electromagnetic radiation of mobile complexes of electromagnetic weapons. In order to solve each of these subtasks, and the general problem of the electromagnetic design of surface ships developed technology electronic equipment system design, original patented tools in the form of complex software and hardware. Developed a set of organizational, methodological, software and hardware allows the early stages of design to solve tasks, to carry out an electromagnetic tracking surface ships on the main stages of its life cycle and reduce the time, material, financial, labor costs incurred during the design, construction, testing and operation of surface ships.