Triadic elementary radiator of electromagnetic waves

The paper considers the problem of studying formation conditions of an electromagnetic confidential information (CI) leakage channel in a computer network by the methods and means of random antenna theory. Within the framework of the triad-cluster method (TCM) of CI leakage channel simulation with applying of probabilistic combinatorics, it is proposed to use triadic elementary radiator (TER) as a basic element of branched network. The results of testing and analysis of TER properties by means of TCM are presented in various ways: in the form of deterministic distributions of electric E-field and magnetic H-field levels on a given planar surface, and in the form of corresponding probabilistic histograms. It is shown that for adequate statistical simulation of TER properties, the values of commutation parameters in the formulas for E-field and H-field strengths created by its components should be generated by the Monte-Carlo method within [-1;1] interval.