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Introductory Network Concepts
Introductory Network Theory
The Geometry of Networks
12 other sections not shown
admittance matrix Bessel polynomial branch Butterworth capacitance Chebyshev Chebyshev Filter coefficients cofactor column consider constant multiplier continued fraction continued-fraction expansion corresponding critical frequencies derived determinant discussion driving-point function driving-point impedance dual element values equal equations example factor farads filter FLC function FRCY FRCZ given graph Hurwitz polynomial ideal transformers incidence matrix inductance input ladder network lattice loop loop currents lossless network low-pass maximally flat minimum necessary and sufficient negative network in Fig network realization network shown node nonnegative nonzero numerator and denominator obtained odd function open-circuit impedance matrix origin p.r. function pair partial-fraction expansion passband pole at infinity polynomial port positive semidefinite properties quadripole rational function RC network reactance reciprocal remainder function removed residue resistance right half-plane shown in Fig shunt specified symmetrical synthesis procedures system function Theorem transfer function transfer impedance tree voltage ratio yields zero