## Analysis of Electric Circuits |

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### Contents

Waveforms | 13 |

Circuit Elements | 32 |

Response of Single Elements | 48 |

Copyright | |

16 other sections not shown

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### Common terms and phrases

admittance amplitude angle application of Kirchhoff's applied balanced three-phase Calculate capacitance Chap characteristic equation circuit elements circuit of Fig circuit shown coefficients complete response complex number component constant current source curve delta differential equation driving-point immittance driving-point impedance energy stored equilibrium equation equivalent circuit example exponential Fourier series given Hence ideal current source ideal source ideal voltage source initial conditions instant Kirchhoff's current law Kirchhoff's voltage law linear load locus matrix maximum mutual inductance obtained ohms operational passive elements periodic function phase phasor plane pole-zero diagram poles power delivered power factor radian radian frequency ramp function ratio reactance relates relationship represented resistance resonance response due result series R-L-C circuit shown in Fig sinusoidal functions solution source function source-free steady-state response superposition symbol terminal pair terminals a-b theorem TheVenin's theorem tion transform network function variables voltage source voltages and currents volts waveform zero