1
Fitting saturation and hysteresis via arctangent functions By: Perez-Rojas, C. ; 2000 / IEEE Description This item was taken from the IEEE Periodical ' Fitting saturation and hysteresis via arctangent functions ' In this letter an approach for fitting saturation characteristic and hysteresis using arctangent functions is presented. It has direct application to modeling transformers and electric machines. The approach is based on measurements of the magnetizing curve of the ferromagnetic material. The analytical form of the characteristic can be completely described by only three parameters. These three parameters are enough to take into account: the slope of the linear region, the position of the knee, and the saturating slope. The appropriate selection of these parameters allows the fitting of a wide class of magnetizing characteristics in simulation programs.

Fitting Saturation and Hysteresis via Arctangent Functions

Embed Size (px)

DESCRIPTION

This item was taken from the IEEE Periodical ' Fitting saturation and hysteresis via arctangent functions ' In this letter an approach for fitting saturation characteristic and hysteresis using arctangent functions is presented

Citation preview

Page 1: Fitting Saturation and Hysteresis via Arctangent Functions

Fitting saturation and hysteresis via arctangent functions

By: Perez-Rojas, C.;

2000 / IEEE

Description

This item was taken from the IEEE Periodical ' Fitting saturation and hysteresis via arctangent functions ' In this letter an approach for fitting saturation characteristic and hysteresis using arctangent functions is presented. It has direct application to modeling transformers and electric machines. The approach is based on measurements of the magnetizing curve of the ferromagnetic material. The analytical form of the characteristic can be completely described by only three parameters. These three parameters are enough to take into account: the slope of the linear region, the position of the knee, and the saturating slope. The appropriate selection of these parameters allows the fitting of a wide class of magnetizing characteristics in simulation programs.