Add to ORKGA magnetic bearing control approach using flux feedback is described and test results for a laboratory model magnetic bearing actuator are presented. Test results were obtained using a magnetic bearing test fixture, which is also described. The magnetic bearing actuator consists of elements similar to those used in a laboratory test model Annular Momentum Control Device (AMCD)
Numerical calculations and experimental measurements of forces from an actuator of the type used in ...
Magnetic bearings have demonstrated the capability for achieving positioning accuracies at the nanom...
This paper describes the implementation of magnetic bearings and their active control system. The wo...
An overview of magnetic bearing control and linearization approaches which have been considered for ...
An approach for producing a linear transfer characteristic between force command and force output of...
A linear analysis and the results of a nonlinear simulation of a magnetic bearing suspension system ...
A description of a microcomputer controlled magnetic bearing test fixture is presented. Parameters w...
laboratory test model magnetic bearing actuator with permanent magnet flux-biasing is presented. An ...
Magnetic bearings are increasingly being used in a wide variety of applications in the industry such...
Research activities concerning high efficiency permanent magnet plus electromagnet (PM/EM) pancake m...
An analytical model of an Annular Momentum Control Device (AMCD) laboratory test model magnetic bear...
The electromagnetic bearings are the result of the modern control technique. Utilizing this principl...
This paper describes a new VLSI-based controller for the implementation of a Linear-Quadratic-Gaussi...
Most magnetic bearing control schemes use a bias current with a superimposed control current to line...
Magnetic bearings have existed for many years, at least in theory. Earnshaw's theorem, formulated in...
Numerical calculations and experimental measurements of forces from an actuator of the type used in ...
Magnetic bearings have demonstrated the capability for achieving positioning accuracies at the nanom...
This paper describes the implementation of magnetic bearings and their active control system. The wo...
An overview of magnetic bearing control and linearization approaches which have been considered for ...
An approach for producing a linear transfer characteristic between force command and force output of...
A linear analysis and the results of a nonlinear simulation of a magnetic bearing suspension system ...
A description of a microcomputer controlled magnetic bearing test fixture is presented. Parameters w...
laboratory test model magnetic bearing actuator with permanent magnet flux-biasing is presented. An ...
Magnetic bearings are increasingly being used in a wide variety of applications in the industry such...
Research activities concerning high efficiency permanent magnet plus electromagnet (PM/EM) pancake m...
An analytical model of an Annular Momentum Control Device (AMCD) laboratory test model magnetic bear...
The electromagnetic bearings are the result of the modern control technique. Utilizing this principl...
This paper describes a new VLSI-based controller for the implementation of a Linear-Quadratic-Gaussi...
Most magnetic bearing control schemes use a bias current with a superimposed control current to line...
Magnetic bearings have existed for many years, at least in theory. Earnshaw's theorem, formulated in...
Numerical calculations and experimental measurements of forces from an actuator of the type used in ...
Magnetic bearings have demonstrated the capability for achieving positioning accuracies at the nanom...
This paper describes the implementation of magnetic bearings and their active control system. The wo...