Capacitors, Magnetic Circuits, and Transformers
is a free introductory textbook on the physics of capacitors, coils, and transformers. See the
editorial
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Index
Editorial
Copyright
Download and Release History
Energy
Capacitance and Related Effects
Magnetic Circuits
Magnetism
Magnetic Field About a Straight Wire
Magnetic Flux and Magnetic
Lines of Force
The Unit Magnet Pole
Magnetomotive Force, mmf
The Toroid
Comparison of Magnetic and
Electric Circuit
Other Common Systems of
Magnetic Units
Magnetic Materials
Calculation of Magnetic Circuits
without Air Gaps
Magnetic Leakage
Correction for Fringing at Short Air Gaps
Iron and Air
Graphical Solution for Simple
Magnetic Circuit
Flux Linkages
Induced emf.  Lenz's Law
Energy Stored in Magnetic Circuits
Magnetic Force in Terms of Flux Density
Hysteresis Loop
Permanent Magnets
Demagnetization Curve
Energy Product
Operating Characteristics of
Permanent Magnets
Core Losses
Hysteresis Loss
Rotational Hysteresis Loss
EddyCurrent Loss
Factors Influencing Core Loss
Magnetic Circuits in Series
and in Parallel
Problems
Bibliography
Inductance  Electromagnetic
Energy Conversion
Excitation Characteristics of
IronCore Reactors
The Transformer
Saturable Reactors
Last Update: 20110801