Articles
| Open Access |
https://doi.org/10.37547/ajast/Volume02Issue06-09
THE RESEARCH OF CURRENT DIFFERENCE MEASURE ERRORS OF NEW INDUCTION CONVERTER
Abstract
The article examines the large inductance difference passing through adjacent busbars and the new induction converter errors designed to measure the symmetry of three-phase currents using the parametric structure method. The additive components of the error are shown in the variable parametric structure diagram as a correction to the output size, and the multiplicative components - in the form of a transmission coefficient or correction to the parameter. It has been found that the input of errors in the form of corrections to the inter-chain transmission coefficients, magnitudes and parameters in the parametric structure scheme is the effect of interfering physical effects that link the different physical nature of the variable to the main parameter, magnitude and transmission coefficients. It was found that the regular component of the error of the variable studied does not exceed 0.68%, and its random component does not exceed 1.28%.
Keywords
Induction converter, large alternating current difference, symmetrical three-phase current
References