Basic Theory in Electrical Engineering |
Contents
Introduction | 1 |
Physical and Electrical Concepts | 12 |
The Electric Circuit | 27 |
Copyright | |
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abampere air gap amp-turns ampere-turns amperes amps applied assumed atom B-H curve battery Calculate capacitor cell characteristic circuit of Fig circular mils conduction conductor copper core coulomb cross section deflection diameter dielectric dielectric flux difference of potential direction drop in magnetic E₁ electric circuit electric field intensity electrolyte electromotive force electrons English equation exciting coil ferromagnetic flux density force given gives I₁ impressed voltage induced insulator internal resistance joules kilolines Kirchhoff's length linear loop magnetic circuit magnetic field intensity magnetic potential magnetomotive force magnitude material metal mks system newtons Ohm's law ohms parallel path permalloy permeability plates pole potential difference Prob Problem produced R₁ R₂ resistor self-inductance semiconductor shown in Fig solution sq meter statcoulomb suggested in Fig surface temperature terminals Thévenin's theorem toroid units voltage drop volts watts webers wire zero