Akademik Dersler - İçerik

Calculates transient response of the circuits using various methods.
Finds the natural response of simple RL, RC, and RLC circuits using standard solution formulas.
Finds the forced response of simple RL, RC, and RLC circuits to step inputs using standard solution formulas.
Finds the total response of simple RL, RC, and RLC circuits to any input using Laplace Transform techniques.
Finds and draws the frequency response of circuits.
Calculates the response of the circuits to dc, sinusoidal, exponential, and exponential sinusoidal forcing functions making use of the complex frequency concept.
Plots the response of circuits with respect to σ and ω.
Makes the calculations related to resonance of RLC circuits.
Draws the Bode diagrams of transfer functions.
Analyzes circuits containing operational amplifiers.
Analyzes circuits with open loop operational amplifiers.
Analyzes circuits containing operational amplifiers with feedback circuits.
Analyzes two-port circuits.
Calculates the z,y, and h parameters of two-ports.
Calculates the currents and voltages at the input and output of the two-ports, their current, voltage, and power gains, and input and output impedances.
Calculates the Fourier series of periodic functions.
Finds the trigonometric Fourier series of functions.
Finds the complex Fourier series of functions.
Analyzes circuits using transform techniques.
Finds the outputs of circuits using convolution integral.
Calculates the output of circuits using Fourier Transform techniques.
Calculates the output of circuits using Laplace Transform techniques.