ESTIMATION OF ELECTROMAGNETIC COMPATIBILITY OF RADIO EQUIPMENT IN ADVANCED PILOTLESS VEHICLES AT THE DEVELOPMENT STAGE
At present the rapid development of different types of pilotless aircraft engineering, including pilotless vehicles is observed. The number of tasks, implemented by a single pilotless vehicle is enlarged, that in turn increases the nomenclature of used radio electronic facilities. Solving the problems of improving the efficiency of pilotless vehicle operation, scientists and designers are active in using light and high-force composite materials Specialists in antenna engineering, working with a large amount of antenna-feeder devices and pilotless vehicles of small sizes, have a number of additional complex problems of layout, optimum allocation and the estimation of electromagnetic compatibility of a wide spectrum of airborne equipment.. In this connection, it should be noted, that the rapid rate of conducted development needs the estimates of electromagnetic compatibility requirements for advanced models of the apparatus exactly at the development stages, because in this case there is a possibility of the quick required correction of the construction of the pilotless vehicle and the optimization of installation places of antenna devices. Undoubtedly, such estimates are quite real with the use of wide possibilities of modern measuring equipment and software complexes. The right combination of advantages of measuring devices and software tools of electrodynamic modeling can considerably decrease the time of estimation, increase their reliability and provide the possibilities for optimization, especially in conditions of the absence of full, complete and entire information about parameters of devices, influencing electromagnetic compatibility requirements. The article considers variants of the realization of the forecasting method of electromagnetic compatibility of radio devices of advanced pilotless vehicles.