The generalized analysis of relaxation processes in electromagnetic and mechanical oscillatory models fundamental for mathematical modeling of microelectronic components of integrated systems

From a position of isomorphism of the compelled mechanical and electromagnetic fluctuation relaxation processes in dynamic oscillatory conditions as base models for mathematically designing microelectronic components of built-in systems are generalized. The divided analysis for active and dissipative component of an energy exchange between cooperating components of oscillatory systems in the resonant area is carried out.