Video Lectures, There are a lot more from them too.
Intelligent Systems and Control
Power Electronics: Industrial Drives
WikiBooks: Control Systems
Classical Control Systems
Embedded Control Systems Design
One of my larger interests is in Magnetic Levitation
Wikipedia: Magnetic Levitaion
Wikipedia: Magnetic Bearing
Maglev (transport)
Real-Time Control of Magnetic Bearings Using RTLinux
Simulation and adaptive control for Active Magnetic Bearings (AMBs)
Magnetic levitation with Arduino
Barry's Magnetic Levitation This web site is excellent!
Heroine Virtual: DIGITAL MAGNETIC LEVITATOR I used to work with Adam Williams.
A NEW 6-DOF HAPTIC INTERFACE USING LORENTZ LEVITATION
Magnetic Levitation cradle: Lifts a magnet from below
Adam Kumpf: Magnetic Levitation System
Magnetic Levitation using Hall effect Sensor Feedback, and Matched resonant wireless power transfer
Experiments with magnetic levitation
Home-Built Magnetic Levitator
Levitated aluminum ball
Good Books
Propulsion without Wheels
E. R. Laithwaite
Hart Publishing Company
New York, NY 1968
Other Interesting things
YOUTUBE: spinning a soda can using eddy current
What is a magnetic field? Does a magnet slow time?
2 comments:
Magnetic Levitation.
Hi john, This was your best research post ever.
Gauss is on record saying that the moments of a freely falling magnet CANNOT be balanced by external forces !! So much for experts.
the links u have un-earthed are superb. specially the control systems wiki.
av
Earnshaw's theorem proves that using only static ferromagnetism it is impossible to stably levitate against gravity
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