Experimental studies of zones of uncertainty state pulsed DC converters in the vicinity of the bifurcation point

The aim of this research area was the development  of assessment methods for stability margin pulsed DC converters based on the availability zones uncertainty state in the vicinity of the bifurcation point.

The object of investigation that thas been  used was  nonlinear dynamics of pulsed DC-DC converter.

In the progress  of this study: the method of statistical data, the method of bifurcation analysis, the method of symbolic dynamics forecasting pulse energy conversion systems in real time have been used

 The results of the research  are the  following ones:

1. New experimental data on nonlinear phenomena in the dynamics of pulsed DC converters zones uncertainty regarding state near bifurcation points;

2. Improved method for automated processing of experimental data during the execution of the bifurcation analysis of the dynamics of pulsed DC converters;

3. New data on the structure of the bands of uncertainty in the experimental bifurcation diagrams.

These studies relate to exploratory work in terms of finding applications of theoretical foundations for the development of nonlinear dynamics methods for stock assessment of stability of complex systems. Thus, the main direction of their use is seen from the point of view of development of the theoretical foundations of management theory - namely, the development of methods to assess the stability margin pulsed DC converters based on the availability zones of uncertainty state in the vicinity of the bifurcation point.