## Linear Circuit AnalysisText for junior engineering students, incorporating new methods of analysis and a different approach to the subject. |

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### Contents

2 | 21 |

ANALOGIES | 29 |

CIRCUIT EQUATIONS AND PROPERTIES OF SOLUTIONS | 74 |

Copyright | |

11 other sections not shown

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### Common terms and phrases

admittance amplitude analogous behavior capacitance capacitor circuit diagram circuit of Fig circuit parameters circuit shown coefficients complex numbers connected consider constant damping dashpot defined derivative determine dual electrical circuit energy stored equal to zero equivalent circuit example excitation expression Find flow variables force Fourier Fourier series frequency given graph graphical impedance inductance inductor initial conditions input integral inverse transform Laplace transform load magnitude mass matrix mechanical translational system mesh equations method multiplied node equations Norton's theorem obtain ohms open circuit parallel periodic function phasor plot polar form polynomial potential difference potential source power dissipated power factor pressure problem reactive power relationship resistance resistor resonance RLC circuit roots rotational series circuit shown in Fig singularity functions sinusoidal solution solve spring steady-state substitute superposition theorem switch symmetry system shown Table temperature terminals thermal Thevenin's theorem velocity write