Capacitors, Magnetic Circuits, and Transformers
is a free introductory textbook on the physics of capacitors, coils, and transformers. See the
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parallel-plate capacitor
Parallel-Plate Capacitor
pendulum
The Law of Degradation of Energy
per unit quantities
Per Unit Quantities
Per Unit Impedance in 3-Phase Systems
permanent magnet
Hysteresis Loop
Permanent Magnets
Demagnetization Curve
Energy Product
Operating Characteristics of Permanent Magnets
permeability
Magnetic Materials
Energy Stored in Magnetic Circuits
permeance
Magnetic Circuits in Series and in Parallel
Inductance in Terms of Magnetic Reluctance and Magnetic Permeance
permittivity
Complex Dielectric Constant
phase characteristics
Variable-Frequency Transformers
phasor diagram
Exciting Current, Conductance, and Susceptance
The Approximate Equivalent Circuit
plunger
Magnetic Circuits in Series and in Parallel
polarization
Polarization and Dielectric Constant
Mechanism of Polarization
A-C Characteristics of Dielectrics
potential
Voltage and Potential
potential energy
Potential and Kinetic Energy
power
Power
Power and Torque
Power
power efficiency
Transformer Losses and Efficiency
power factor
kVA Rating of Capacitors
power gain
Gains
power losses
Equivalent Circuit of the Transformer
power output
Power Output
premagnetization
Single-Core Saturable Reactor With Premagnetization
problems
Problems - Energy
Problems - Capacitance and Related Effects
Problems - Magnetic Circuits
Problems - Inductance, Electromagnetic Energy Conversion
Problems - Excitation Characteristics of Iron-Core Reactors
Problems - The Transformer
Problems - Saturable Reactors
Last Update: 2011-08-01