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Circuit Differential Equations
Properties of Linear Networks
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algebraic arbitrary constants branch current branch voltages capacitor chapter circuit analysis circuit of Fig coefficients complementary function considered corresponding cosine series current and voltage current equations cut set defined Dirichlet conditions driving function elements engineering evaluate Fourier integral Fourier series Fourier transform frequency Gibbs phenomenon Hence important impulse independent mesh independent solutions inductor initial conditions input Laplace transform line spectrum linear circuit linear differential equation loop manipulation mathematics matrix equation mesh currents mesh equations methods multiplied network of Fig nodes non-linear non-zero obtained odd function operator particular integral polynomial possible problem properties Prove Repeat Example roots row or column rows and columns set of equations shown simultaneous equations sine sinusoidal skew-symmetric matrix Solve the following square matrix square pulse steady-state superposition theorem symmetry techniques third-order determinant time-varying variables voltage of Fig waveform of Fig written zero