Electrical Circuit Theory and Technology

Electrical Engineering Principles Electrical Quantities electric circuits Electric current and quantity Linear and non- linear devices Main effects of electric current Resistance variation Chemical effects of electricity Series and parallel networks Capacitors and capacitance Magnetic circuits Electromagnetism Electromagnetic induction Electrical measuring instruments and measurements Semiconductor diodes n-type and p-type materials The p-n junction Transistors Transistor characteristics Capacitors and capacitance Magnetic circuits Electromagnetism Electromagnetic induction Electrical Principles and Technology D.c. circuit theory voltages currents Waveforms Single-phase series circuit Q-factor Single-phase parallel D.c. Transients amplifiers Three phase systems Transformers D.c. Machines Three-phase induction motors Advanced Circuit Theory Revision of complex numbers De Moivre's theorem Application of complex numbers Power in a.c. circuits A.c. bridges Series resonance Parallel resonance network analysis Mesh-current nodal analysis The superposition theorem Thevenin?s theorem. Norton's theorem Delta-star star-delta transformations Waveforms Harmonic analysis Magnetic materials Dielectrics dielectric loss Field theory Attenuators Filter networks Magnetically coupled circuits Transmission lines Transients Laplace transforms advanced circuit theory Field theory Attenuators Standard electrical quantities