Zero-Power Control of Parallel Magnetic Suspension Systems

@inproceedings{Mizuno2011ZeroPowerCO,
  title={Zero-Power Control of Parallel Magnetic Suspension Systems},
  author={Takeshi Mizuno and Takumi Sakurada and Yuji Ishino and Masaya Takasaki},
  year={2011}
}
This paper discusses the feasibility of zero-power control in parallel magnetic suspension systems. In parallel magnetic suspension systems, multiple floators are suspend with a single power amplifier. The zero-power control has been used in magnetic suspension systems with permanent magnets providing bias flux. This control realizes the steady states where the attractive force produced by the permanent magnets balances the weight of the suspended object and the electromagnet coil current… CONTINUE READING

Similar Papers

Citations

Publications citing this paper.

References

Publications referenced by this paper.
SHOWING 1-10 OF 10 REFERENCES

Vibration Isolation System Using Zero-Power Magnetic Suspension (1st report: Principles and Basic Experiments)

T. Mizuno, R. Yoshitomi
  • Trans. JSME, Series C,
  • 2002

Degree-of-Freedom Zero Power Magnetic Levitation Control by a 4-Pole Type Electromagnet

K. Yakushi, T. Koseki, S. Sone
  • Proc. International Power Electronics Conference IPEC-Tokyo 2000,
  • 2000

Satellite Momentum and Reaction Wheels with Magnetic Bearings

P. Poubeau, J. P. Baudry, A. Robinson
  • Proc. AOCS,
  • 1977

A Study of a Controlled Magnetic Bearing (1st report)

H. Mori, R. Kaneko, A. Takagi
  • Journal of Japan Society of Lubrication Engineers (Junkatsu),
  • 1965