NEW APPROACH TO IMPROVEMENT OF THE INTEGRATING MEASURING
TRANSDUCERS FOR INFORMATION AND MEASURING SYSTEMS

Sidorova Irina Aleksandrovna, programmer, sub-department of information and computing systems, Penza State University (40 Krasnaya street, Penza, Russia), irina-penza@mail.ru

681.518.3

Background. Some features of the analysis and synthesis of the integrating measuring transducers belonging to the class of nonlinear dynamic systems are considered. Integrating measuring transducers with one-bit quantization with the closed structure are an ob-ject of researching. The purpose of this paper is to search a new ways to improvement of the integrating measuring transducers as basic element of information and measuring systems.
Materials and methods. The systems concept to consideration of integrating measuring transducers is used, the effective method of the analysis and transfer of achievements from adjacent areas based on a mathematical models is applied.
Results. Approach to the solution of tasks of enhancement of integrating measuring transducers for the information and measuring systems according to integrating measuring transducers is considered as nonlinear dynamic structure to which description the theory of the determined chaos is applied is offered.
Conclusions. New approach allows to expand significantly the field of search of new technical solutions, to conduct researches of properties of the nonlinear integrating measuring transducers with use of elements of the analysis of the dynamic chaos theory, in the long term to use technical capabilities on realization the difficult methods of digital signals processing and to gain the maximum technical effect at practical use of the integrating measuring transducers for the solution of complex engineering challenges in information and measuring systems.

integrating measuring transducers, information and measuring systems, nonlinearity, sigma-delta modulator, systems of the determined chaos.