Solution of «Amplitude, Phase, Frequency» problem in radioelectronics on the basis of application of fast inverse Laplace transformation

There is a problem of ≪Amplitude, Phase, Frequency≫ (APF) in radiotechnics. Absence of solution to this problem caused a kind of arbitrariness in selection of envelope and phase of radiofrequency signal. As mentioned parameters are of informative importance for correct construction of contemporary radioelectronic facilities, characterized by high speed of data transfer, arbitrariness in selection of these parameters is inacceptable. On the basis of fastnverse Laplace transformation of this important for radioelectronics APF problem was solved, providing decisive definition of envelope and phase of radiofrequency signal that correspond to their physical meaning.