Lectures:
Analysis of three-phase circuitry.
Two-ports, their classification and transmission parameters.
Variable parameter circuitry, phasor line, amplitude and phase characteristics, Bode´s method.
Classification of linear circuitry with distribuzed parameters, parameters of one-way transmission line, telegraph equations, homogneous line and its transport parameters.
Differential and integralquantitys, material parameters.
Maxwell equations. Potentials.
Laplace and Poisson equations - basic methods of solution.
Electromagnetic induction.
Electrical and magnetic propertis of materials.
Calculation of capatitance and inductance.
Energy and forces.
Electromagnetic waves.
Lossless line, space analysis of voltage, current, power and energy for time-varying quantity, reflection coefficient.
Analysis of three-phase circuitry.
Two-ports, their classification and transmission parameters.
Variable parameter circuitry, phasor line, amplitude and phase characteristics, Bode´s method.
Classification of linear circuitry with distribuzed parameters, parameters of one-way transmission line, telegraph equations, homogneous line and its transport parameters.
Differential and integralquantitys, material parameters.
Maxwell equations. Potentials.
Laplace and Poisson equations - basic methods of solution.
Electromagnetic induction.
Electrical and magnetic propertis of materials.
Calculation of capatitance and inductance.
Energy and forces.
Electromagnetic waves.
Lossless line, space analysis of voltage, current, power and energy for time-varying quantity, reflection coefficient.