## Analysis of Discrete Physical Systems |

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### Contents

Systems Concepts and the First Postulate | 1 |

Mathematical Models of Typical Twoterminal Components | 40 |

Mathematical Models of Multlterminal Components | 68 |

Copyright | |

6 other sections not shown

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asymptotically stable axis characteristic polynomial chords circuit equations coefficient matrix column complex connected graph Consider constant constituent matrices contains curve cut-set equations defined derivative Determine diagram differential equations drivers edges corresponding eigenvalues electrical network entries established evaluated Example excitation vector expansion follows Fourier series frequency frequency-response characteristics fundamental circuit fundamental cut-set given in Eq given in Fig graph G homogeneous hydraulic identified incidence matrix indicated in Fig input interval inverse Laplace transform linear systems minimal polynomial nonlinear nonsingular obtained open-circuit output parameters phase angle plane plot positive definite quadratic form rational function represent response characteristics s-domain scalar schematic shown in Fig signal-flow graph signals sinusoidal solution square matrix stability steady-state subassembly subgraph Substituting Eq symmetric symmetric matrix system graph terminal equations terminal graph terminal variables Theorem three-terminal tion transfer function two-terminal components vertex vertices voltage XrAX zero