## Schaum's Outline of Theory and Problems of Electric CircuitsThis package aims to transform the study of this fundamental subject. With theorems such as superposition, reciprocity and compensation developed and fully solved, students can go on to solve circuit transients using classical differential equations and by Laplace transforms. |

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### Contents

CIRCUIT CONCEPTS | 8 |

DC RESISTIVE CIRCUITS | 26 |

DC MESH AND NODE ANALYSIS | 48 |

Copyright | |

14 other sections not shown

### Common terms and phrases

admittance angle applied branch calculate capacitance capacitor Chapter charge circuit of Fig circuit shown closed coefficients coil combination complex condition connected constant contains corresponding cosine coupled Determine diagram direction effective electric element energy equation equivalent EXAMPLE exponential expression Find follows Fourier series frequency function given gives Hence impedance indicated inductance initial input lagging leads load loop magnitude Mathcad matrix maximum mesh current method negative node Note Obtain parallel period phase phasor plot points polarity positive power factor Problem rad/s resistance resistor resonance response RL circuit s-domain shown in Fig shows sine single sinusoidal solution SOLVED PROBLEMS spectrum switch Table terminals theorem three-phase transfer transient trigonometric unit voltage voltage source wave waveform Y-connected zero

### References to this book

Fundamentals of Electric Circuits Charles K. Alexander,Matthew N. O. Sadiku No preview available - 2007 |