## Network theory, Volume 1969 |

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### Contents

A FETTWEIS | 40 |

J E COLIN | 105 |

J K SKWIRZYNSKI Response optimization of lossy | 119 |

Copyright | |

5 other sections not shown

### Common terms and phrases

A-stable admittance algorithm analysis applied approximation assume band bounded sets capacitive capacitor carrier cascade chain matrix characteristic characteristic impedance circuit in Fig Circuit Theory coefficients complex components computation consider constant continuous linear mapping convergence corresponding defined deg gb degree denote derived diagonal matrix differential electrical equivalent circuit example factor frequency given Hilbert port Hilbert space IEEE impedance inductive inductors input integral Lemma lossless two-ports low pass mechanical method N-path filter N-ports negative conductor negative resistor network theory nodes nonlinear obtain operator optimization parameter pass filter passive physical poles polynomials port equations positive Proof properties quadrature modulation quency reactance realization reciprocal resistance resuctor satisfy shown in Fig sideband solution stable structure symmetric synthesis terminal Theorem thermistor three-pole time-invariant tion topology Trans transducer transfer function transformation transmission line unit element values variables vector voltage