Abstract
This paper reports a new design topology of 4 pole hybrid electromagnetic levitation system in conjunction with linear synchronous motor. The mover, 4 pole hybrid electromagnet, is levitated underneath of the linear motor with zero power control algorithm. Propulsion and one-dimensional planar motion of the hybrid electromagnet is provided by the vector controlled linear motor. The new design of 4 pole hybrid electromagnet has several improvements over older systems, such as weight reduction and less material usage. Diagonal drive integration of mover and linear motor is proposed and experimental results are presented.
Keywords
Electromagnet
Linear motor
Magnetic levitation
Propulsion
Control theory (sociology)
Levitation
Linear induction motor
Magnet
Diagonal
Computer science
Topology (electrical circuits)
Engineering
Mechanical engineering
Electrical engineering
Induction motor
Mathematics
Aerospace engineering
Subject Areas
Magnetic Bearings and Levitation Dynamics
·Control and Systems Engineering ·Physical Sciences
Magnetic and Electromagnetic Effects
·Physiology ·Life Sciences
Electric Motor Design and Analysis
·Electrical and Electronic Engineering ·Physical Sciences
Citations by Year
2020: 1
2024: 2
2025: 1
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