Precise Digital Control of Active Magnetic Bearings
A Hand Book of Modelling, Control and Disturbance Cancellation in Rotors Levitated Using Active Magnetic Bearings
Versandkostenfrei!
Versandfertig in 6-10 Tagen
32,99 €
inkl. MwSt.
PAYBACK Punkte
16 °P sammeln!
This book presents a step by step approach in developing a test rig for the acoustic noise study of induction machines using Active Magnetic Bearings (AMB). The possibility of developing a DSP based digital control system for this purpose is presented. The AMB system is initially modeled using first principles using manufacturer data. Controller designs are carried out first at simulation level. Successful implementation of the digital controller opens up several opportunities for further research. One of them is the model validation using system identification tests. Under this, the mathemati...
This book presents a step by step approach in
developing a test rig for the acoustic noise study
of induction machines using Active Magnetic Bearings
(AMB). The possibility of developing a DSP based
digital control system for this purpose is
presented. The AMB system is
initially modeled using first principles using
manufacturer data. Controller designs are carried
out first at simulation level. Successful
implementation of the digital controller
opens up several opportunities for further research.
One of them is the model validation using system
identification tests. Under this, the mathematically
developed AMB model is validated in time domain and
frequency domain by conducting system identification
experiments. Periodic disturbances occur in the
position feedback signals, when the motor is
rotated. An adaptive periodic disturbance
cancellation method is employed to overcome this
problem. This further improves the performance of
complete control strategy. As such, the modeling and
control strategies used in this book can be used as
the basis for anybody entering into the area of AMB.
developing a test rig for the acoustic noise study
of induction machines using Active Magnetic Bearings
(AMB). The possibility of developing a DSP based
digital control system for this purpose is
presented. The AMB system is
initially modeled using first principles using
manufacturer data. Controller designs are carried
out first at simulation level. Successful
implementation of the digital controller
opens up several opportunities for further research.
One of them is the model validation using system
identification tests. Under this, the mathematically
developed AMB model is validated in time domain and
frequency domain by conducting system identification
experiments. Periodic disturbances occur in the
position feedback signals, when the motor is
rotated. An adaptive periodic disturbance
cancellation method is employed to overcome this
problem. This further improves the performance of
complete control strategy. As such, the modeling and
control strategies used in this book can be used as
the basis for anybody entering into the area of AMB.
Andere Kunden interessierten sich für
