... processing control. Findings The continuous and discrete control loops are validated with multiple tests in the time and frequency domain. The detailed steady state theoretical analysis and performance of the SR buck converter is presented and verified by simulation. It is found that the delay in digital...

...Guillaume Caron; Thomas Henneron; Francis Piriou; Jean-Claude Mipo Purpose The purpose of this study is to determine the steady state of an electromagnetic structure using the finite element method (FEM) without calculation of the transient state. The proposed method permits to reduce...

... examination of a simple model. Finally, results for a more relevant example using finite elements are presented. Findings It is shown that the steady state computation using the continuous frequency domain system description delivers the exact solution for a given system. Originality/value Based...

...S.A. Al‐Mawsawi; M.R. Qader; K.L. Lo In recent years it has been illustrated that the Unified Power Flow Controller (UPFC) installation location plays an important role in effecting nonlinearly its steady state performance. A Pulse Width Modulation (PWM) based UPFC used as a voltage regulator...

... a steady‐state conductive heating example problem. © MCB UP Limited 2002 Electromagnetics Steady state Complex phenomena Non‐linear coupled field problems, more in particular thermal‐magnetic fields are usually solved by means of the finite element method using Picard algorithms...

...Herbert De Gersem; Hans Vande Sande; Kay Hameyer The harmonic balanced finite element method offers a valuable alternative to the transient finite element method for the quasi‐static simulation of electromagnetic devices operating at steady‐state. The specially designed iterative solver...