Electric Technology
Contents
--------------->>> Analysis of DC Circuit <<<---------------
Variables and components
Passive network
Resistance
Ohm's law, power, series and parallel
Kirchhoff's law, deviders and measurements
Circiut and source conversions, three phase
Nodal and mesh analysis
Superposition, Thevenin's and Norton's theorems
Exercise 1
Exercise 2
--------------->>> Analysis of AC Circuit <<<---------------
Characteristics of waves (magnitude, phase, frequency)
Phasor, power, rms and average values
Voltage/current relation in inductor and capacitor
Properties of R-L, R-C and R-L-C circuits, resonance
Powers of R, L and C
R-L-C series, parallel and three phase power
Exercise
--------------->>> Magnetic Circuit Analysis <<<---------------
Electromagnetic fields (mmf, flux-density)
Hysteresis loop, magnetic circuits and emf
Transformer device
Electromechanical devices (torque and maximum efficiency)
Power stations and power system transmission
Ground fault interrupter
Exercise