MULTIPOSITION TELECOMMUNICATION SYSTEM OF ELECTROMAGNETIC EMISSION INFLUENCE ON SATELLITE BROADBAND LINES OF RADIO COMMUNICATION

Abstract

The structure of construction of a multiposition system (BS) of electromagnetic radiation influence on satellite broadband radio channels, consisting of synchronously operating spatially spaced low-power transceivers  and having a fully connected topology network (similar to B) . As a result, it is possible to concentrate the radiating power in a given direction. By increasing the base of the transmission system, when its dimensions become comparable to the distance to the object under study, the wave front is no longer planar and the radiating power can be concentrated not only in the direction but also in the distance (focus in a certain area of space). Along with the  collaboration mode, the transceivers of the satellite television telecommunication system can operate autonomously (independently of each other) and alternately, in accordance with the control law, which increases the flexibility of the BS operation. In addition, the use of several simultaneously working emitters can increase the range of BS. Reducing the power level of the signals emitted by individual positions increases the secrecy of the system, since the value of the resulting component of the electric field, determined by the geometric sum of the fields of individual emitters, will be high in a limited area of space, as well as electromagnetic compatibility with other electronic and electronic means one area in the common frequency band. The method of calculation of mutual interference with the sharing of frequencies of the satellite network and the multipoint satellite telecommunication system is presented and a practical experiment will be conducted to block the operation of the terrestrial satellite receiving station by external radio interference. The results of experimental studies have shown that the radiation power of this instance of the microwave blocking device is sufficient to block the operation of the terrestrial satellite receiving station at a distance of up to 30 km, in the presence of direct visibility between the antenna of the blocking device and the satellite receiving transceiver, which can have both a positive and a negative effect on the practical application of a microwave blocking device.