Energy-information modelling of the flat membrane on the fractal approach basis

Feasibility of the energy-information method use, both at a stage of conceptual design of control systems elements and at a stage of their outline designing is proved in the paper. It is shown that the use of the fractal approach to modeling of the physical principle of operation of sensors considerably increases possibilities of the power-information method, broadening the area of the synthesized technical solutions. The paper presents energy-information modeling of deformation of a flat membrane on the basis of the fractal approach. The offered approach unlike the classical approach allows taking into account anisotropic properties of semiconductor materials of a microelectronic membrane. The advantage of the provided method in comparison with other approximate methods consists in a possibility of transition from a stage of conceptual design to a stage of outline designing with the use of a single platform that considerably increases operational efficiency of designers.