| Title |
Dynamic Characteristic Analysis of Linear DC Motor by 3D EMCN Considering Input Voltage |
| Authors |
하경호(Ha, Kyung-Ho) ; 염상부(Yeom, Sang-Bu) ; 홍정표(Hong, Jung-Pyo) ; 허진(Hur, Jin) ; 강도현(Kang, Do-Hyun) |
| Keywords |
Dynamic characteristic ; EMCN ; LDM and transient |
| Abstract |
In order to design the Linear DC Motor (LDM) with improved characteristics, transient and steady state analysis are required. furthermore, 3D analysis is also needed to analyze the precise characteristics like thrust, time harmonics. This paper deals with the transient and dynamic characteristic analysis of LDM by coupling of external circuit and motion equation using 3D Equivalent Magnetic Circuit Network Method (EMCN). For the three dimensional analysis of electric machine, EMCN is very effective method that ensures high accuracy similar to FEM and short computation time. Also, The modeling by EMCN easily allows the mover to move with respect to the stater at each time step, and the spatial moving step is determined by the solution of the mechanical motion equation and the computed electromagnetic thrust The results are compared with experimental ones to clarify the usefulness and verify the accuracy of the Proposed method. |