Accuracy of a fixing of radiators of sequences super-broadband impulses in triangulation systems

With use of the spectral power equation of a direct radio channel for calculation of energy of non-harmonic signals on entrances of spaced receivers mean square errors of a fixing of sources of regular sequences of super-broadband impulses in triangulation systems taking into account the directed properties of the transferring and reception antennas are calculated. Angular coordinates of radiators were estimated by synchronous measurement of time of arrival of signals in various points of space. Mean square errors of an assessment of location of objects, for the radiation and which interception of signals aperture antennas and linear antenna arrays are used are investigated. The analysis of dependences of an error of determination of coordinates of radiators on width of a strip of working cyclic frequencies and the electric sizes of antenna systems is carried out.