Akademik Dersler - İçerik

explains the basic definitions.
Draws sinusoidal waveform and describes sunisoidal and nonsunisoidal alternative circuits.
Defines amplitude, effective, mean, peak to peak value, frequency, and periodic signal.
Explains
demostrate the phase and amplitude information of RLC in frequency domain.
Draws phasor diagrams of RLC circuits.
Explains capacitance, inductance, and admitance.
Expresses sinusoidal terms as magnitude and phase.
Defines complex number as rectangular and polar form.
solve serial and parallel ac circuits.
Calculates equivalent impedance.
Calculates current and voltage for each circuit element and shows them in complex domain.
Draws power triangle and calculates power factor.
apply solving methods and theorem for ac circuits.
Uses mesh analysis.
Writes equation for node abalysis.
Solve circuit using star-delta transformation.
Applies superposition, Thevenin, and Norton theorems.
Explains maximum power transformation.
explain the resonant frequency.
Explains serial resonant.
Explains parallel resonant.
Explains quality factor and selectivity.
Explains the structures and types of filters.
solve three phase circuits.
Explains how obtain the voltage of three phase.
Explains the star-delta connection.
Explains the relationship between line and phase concepts.
Calculates current, voltage, and power in three phase circuits.