Energy-Information Modeling of In-Circuit Transformations in Fiber Optic Elements of Measuring Equipment for Scientific Instrumentation

Scientific instrumentation imposes high demands on designers of new instruments, which cannot be satisfied on the basis of traditional methods of finding new solutions. Conducting a detailed analysis of as many options as possible, the need to take into account a difficult-to-see set of various factors when developing a technical system, the possibility of using formal ideas where intuitive thinking ends, the desire to increase the efficiency of development and increase the productivity of the designer require the study and application of modern methods for finding new ideas and solutions. The use of the energy-information method as a tool for solving this problem, which offers a universal description of transformations of various physical nature and automated synthesis of new technical solutions, is justified. A class of sensors has been identified that have wide capabilities to meet the needs of scientific instrumentation - fiber-optic sensors. The energy-information model of in-circuit transformations in fiber optic elements was developed in order to replenish the data bank and further use it for automated synthesis of new technical solutions.