Title :
Combined bonded rotor for DC motors with different magnetic materials and field areas
Author :
Schliesch, T. ; Hagemann, B. ; Hartnuss, H. ; Poehlau, F. ; Steingroever, D. ; Drummer, D.
Author_Institution :
Max Baermann GmbH, Bergisch Gladbach, Germany
fDate :
7/1/2004 12:00:00 AM
Abstract :
This paper deals with the computation, production and test results of a rotor for brushless dc motors, consisting of two different permanent magnetic materials as well as having three different magnetic field areas. The main advantage of this highly integrated system of low costs is the implementation of two additional magnetic traces for commutation and speed detection into one single unit.
Keywords :
brushless DC motors; finite element analysis; magnetic fields; permanent magnets; rotors; brushless dc motors; combined bonded rotor; commutation-speed detection integration; finite-element method; magnetic field areas; magnetic traces; permanent magnetic materials; permanent magnetic rotor; rotor computation; rotor production; rotor test results; sensor traces; Bonding; Brushless DC motors; Commutation; Costs; DC motors; Magnetic fields; Magnetic materials; Materials testing; Production; Rotors; Brushless dc motor; FEM; finite-element method; permanent magnetic rotor; sensor traces;
Journal_Title :
Magnetics, IEEE Transactions on
DOI :
10.1109/TMAG.2004.832280
