Note. The workflow described in this article applies to MotorXP-AFM 2.0 and later. In earlier versions the winding representation options and the analysis workflow differ. Introduction The Lumped and Full winding parameters determine how the copper tracks are represented by the printed circuit board (PCB) stator geometry script. The selected representation affects the generated 3D geometry,...
Note. The workflow described in this article applies to MotorXP-AFM 2.0 and later. In earlier versions the PCB winding representation options and the analysis workflow differ. Before you start. This article assumes you are familiar with the Lumped and Full PCB winding models. If you are not, we recommend reading Part 1 — PCB Stator Winding Models:...
Note. The workflow and comparison described in this article apply to MotorXP-AFM 2.0 and later. In earlier versions the PCB winding representation options and the analysis workflow differ. Before you start. This article continues Part 2 — Calculating AC Losses with Dynamic FEA. We recommend reading it first. Introduction This article compares four simulations of the same...
Note. The validation workflow and results described in this article apply to MotorXP-AFM 2.0 and later. In earlier versions the PCB winding representation options and Dynamic FEA workflow differ. Before you start. This article continues Part 3 — Comparing Four Cases: Magnetostatic and Dynamic FEA with Lumped and Full PCB Winding Models. We recommend reading it first....