## Basic circuit theory |

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### Contents

Lumped Circuits and Kirchhoffs Laws | 1 |

Circuit Elements | 13 |

Chapter | 16 |

Copyright | |

30 other sections not shown

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### Common terms and phrases

admittance angular frequency average power branch currents branch equations branch voltages calculate called Chap characteristic circuit elements circuit in Fig circuit shown complete response complex numbers constant coupled inductors current source curve cut set datum node Determine differential equation driving-point impedance dual graph energy stored equivalent circuit Example Exercise farad fundamental loop given ideal transformer impulse response incidence matrix independent sources initial conditions input linear and time-invariant linear resistor linear time-invariant capacitor linear time-invariant circuit linear time-invariant network mesh analysis natural frequencies negative resistance network variables node analysis node equations nonlinear resistor obtain ohms one-port parallel connection parallel RLC circuit plane plotted resistance resonant circuit series connection shown in Fig sinusoidal steady specified steady-state response step response theorem time-varying tion trajectory tunnel diode vector voltage and current voltage phasor voltage source volts waveform write zero zero-input response zero-state response