## Linear networks and systems |

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03 DEGREES PHASE amplitude spectrum approximation associated directed graph capacitor capacitor voltage Chapter circuit co0t compute Consider convolution theorem current source cutset defined depicted in Figure determine differential equation DOUBLE PRECISION edges equivalent network EXAMPLE f-circuits f-cutsets F(jco F(T F(T F(T Fourier coefficients Fourier series Fourier transform frequency domain given illustrate impulse response inductor initial conditions input inverse Laplace transform loop loop currents magnitude and phase MAGNITUDE OMEGA NCHOCE nco0t network equations network function network of Figure node obtain odd function output periodic function periodic sequence periodic signal phase spectra plot poles presented in Figure Property pulses of Figure RADS/S rational function rectangular pulse representation resistor samples shown in Figure signal f(t solution Step subroutine transform network truncated Fourier series two-port network unit impulse values variables vector voltage source waveform of Figure z-parameters zero zero-input response zero-state response