FUNDAMENTALS OF ELECTROMAGNETICS: INTERNAL BEHAVIOR OF LUMPED ELEMENTS
MODELING AND APPROXIMATIONS VOLTAGE DROP, VOLTAGE, AND FIELDS GENERALIZED COORDINATES VOLTAGE GRADIENT ?V AND EQUIPOTENTIALS KVL AND CONSERVATIVE FIELDS 1 10 EVALUATION OF LINE INTEGRALS 1 11 NUMERIC APPROXIMATION 1 12 ANALYTIC EVALUATION 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 25 BOUNDARY CONDITIONS 1 26 INCREMENTAL RESISTORS 1 28 LAPLACE’S EQUATION 1 32 ITERATIVE TECHNIQUES 1 33 RESISTANCE CALCULATIONS 1 34 CIRCUIT ANALOGS 2 CAPACITORS CAPACITORS: A FIRST GLANCE CHARGES ON ELECTRODES GAUSS’ LAW DIVERGENCE OF D DIELECTRIC PERMITTIVITY DIELECTRIC BOUNDARY CONDITIONS FLUX TUBES, EQUIPOTENTIALS,AND CAPACITANCE CAPACITANCE: A CLOSER LOOK 2 11 CAPACITANCE CALCULATIONS 2 14 ARBITRARY CHARGE DISTRIBUTIONS 3 INDUCTORS INDUCTORS: A FIRST GLANCE MAGNETIC FLUX DENSITY MAGNETIC FIELDS IN CORES MAGNETIC BOUNDARY CONDITIONS FARADAY’S LAW SELF INDUCTANCE 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