Indemnification of nonlinear loopback inertial properties for emergency braking system of mining hoists
Journal Title: Вісник НТУУ КПІ. Серія Радіотехніка, Радіоапаратобудування - Year 2012, Vol 0, Issue 48
Abstract
In the article the experience of designing and researches of an electromechanical system with the nonlinear loopback inertial properties is stated. The characteristics of an electromechanical converter are obtained experimentally. The computer simulation of an electromechanical system is investigated. A subsystem, is part in a common system of mine hoist. It is intended for designing of an equipment for automatically adjustable emergency braking of mining hoists.
Authors and Affiliations
V. Vasiliev
Modular arithmetic application to calculate the azimuth for phase direction finder
Introduction. Phase finders are designed for precise determination of the radiation source angular position. In such systems, an important task is to avoid the ambiguity measuring the signalphase shift exceeding . A new...
The comparative analysis algorithms of the adaptive estimate radio channels connect parameters
The comparative analysis of the estimation devices for radio communications channels is conducted on the basis of the gradient method and Caiman filtration using the precision and calculate characteristics
Comparison of circuit optimization time for different strategies of structural basis
The design methodology for analog circuits developed earlier on the basis of using the control theory makes it possible to apply important concepts and results of the specified theory. Lyapunov function defined for the e...
Computer simulation of quantum-size structures in the Matlab environment
The features of computer modeling of quantum-size structures (QSS) in the Matlab environment are discussed. The program's interface represents the structure, its model and characteristics. Such an interface is useful for...
The algorithm engineering for control of electromechanical system with the distributed parameters
Introduction. A number of electromechanical systems have the complex dynamic properties. For their research it is convenient to use a method of structural modeling. Statement of a task. The dynamic properties can be impr...