## Circuits, matrices, and linear vector spaces |

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### Contents

Introduction | 1 |

Matrices and determinants | 9 |

Chapter O Circuittheory applications of matrices | 44 |

Copyright | |

5 other sections not shown

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### Common terms and phrases

2/-parameter matrix admittance matrix applied array basis vectors capacitors Circuit Theory cofactor column matrices complex frequency variable connected consider current variables defined determinant device diagonal matrix differential equation driving-point easily eigenvalues eigenvectors example excitation expressed farads Figure given network ideal gyrator ideal transformer identity matrix immittance impedance indefinite-admittance matrix indicated INIC initial conditions input interchanged inverse linear vector space linearly independent loop matrix equation measure numbers multiplied n-port network natural frequencies negative network realization network shown nodal voltages nodes normalized open-circuit orthonormal basis passive polynomials port procedure properties quadratic form ratio RC network reciprocal basis referred relations represents resistors result row and column scalar product set of equations short-circuit shown in Fig Similarly skew-symmetric matrix solution specified square matrix submatrices symmetric matrix terminal Theorem tion transfer function transmission parameters two-dimensional two-port network values VNIC voltage and current voltage sources write z-parameter