Contents: Preface -- 1. Resistors -- 1.1. Resistors : a first glance -- 1.2. Modeling and approximations -- 1.3. Voltage drop, voltage, and fields -- 1.4. Electric field intensity -- 1.5. Generalized coordinates -- 1.6. Voltage gradient -- 1.7. [Delta]V and equipotentials -- 1.8. Voltage drop and line integrals -- 1.9. KVL and conservative fields -- 1.10. Evaluation of line integrals -- 1.11. Numeric approximation -- 1.12. Analytic evaluation -- 1.13. Current and current density -- 1.14. Currents and surface integrals -- 1.15. Charge conservation and KCL -- 1.16. Evaluation of surface integrals -- 1.17. Numeric evaluation -- 1.18. Analytic evaluation -- 1.19 Divergence -- 1.20. Flux tubes -- 1.21. Divergence theorem -- 1.22. Charge conservation revisited -- 1.23. Ohm's law -- 1.24. Conductivity -- 1.25. Boundary conditions -- 1.26. Incremental resistors -- 1.27. Curvilinear squares -- 1.28. Laplace's equation -- 1.29. Analytic solution methods -- 1.30. Numeric methods -- 1.31. Linear equations -- 1.32. Iterative techniques -- 1.33. Resistance calculations -- 1.34. Circuit analogs -- 1.35. Power dissipation -- 2. Capacitors -- 2.1. Capacitors : a first glance -- 2.2. Charges On electrodes -- 2.3. Gauss' law -- 2.4. Divergence of D -- 2.5. Dielectric permittivity -- 2.6. Dielectric boundary conditions -- 2.7. Flux tubes, equipotentials, and capacitance -- 2.8. Capacitance : a closer look -- 2.9. Laplace's equation revisited -- 2.10. Electric energy storage -- 2.11. Capacitance calculations -- 2.12. Forces and virtual work -- 2.13. Flux density via Gauss' law -- 2.14. Arbitrary charge distributions -- 3. Inductors -- 3.1. Inductors : a first glance -- 3.2. Magnetic flux density -- 3.3. Ampere's law and magnetic field intensity -- 3.4. Magnetic fields in cores -- 3.5. Magnetic permeability -- 3.6. Magnetic boundary conditions -- 3.7. Faraday's law -- 3.8. Self inductance -- 3.9. Magnetomotive force -- 3.10. Magnetic energy storage -- 3.11. Inductance calculations -- 3.12. Mutual inductance -- 3.13. Ampere's law revisited and the curl operator -- 3.14. Arbitrary current distributions and the Biot-Savart law -- 3.15. Field intensity via Ampere's law -- 4. Magnetic devices -- 4.1. Magnetic circuits : the basics -- 4.2. Magnetic circuits : more details -- 4.3. Magnetic circuits with air gaps -- 4.4. Nonlinear magnetic circuits -- 4.5. Transformers -- 4.6. Magnetic forces -- 4.7. Solenoids -- 4.8. Relays -- 4.9. Faraday's law revisited -- Author biography

Control code: ocn164858321

Extent: x, 217 p.

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Isbn: 9781598291711

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Context of Fundamentals of electromagnetics, 1, Internal behavior of lumped elements, David Voltmer, (electronic book)

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