## Applied Transformed Circuit Theory For TechnologyGood,No Highlights,No Markup,all pages are intact, Slight Shelfwear,may have the corners slightly dented, may have slight color changes/slightly damaged spine. |

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### Contents

REVIEW OF BASIC DC CIRCUIT TECHNIQUES | 1 |

WRITING EQUATIONS OF WAVEFORMS | 70 |

THE LAPLACE TRANSFORM | 98 |

Copyright | |

7 other sections not shown

### Common terms and phrases

20 db/decade actual db values Bode magnitude diagram break frequency capacitor Chapter Circuit for Example circuit in Fig coefficient coil complex factor denominator dependent current source dependent source dependent voltage source determined direction Draw the Bode element equation is written equivalent circuit FIGURE Find vx FlGURE Fourier series frequency-domain equivalent H(jco H(ju impedance independent equations inductor input inverse transform KCL equation Laplace transform lx(s magnitude and angle mesh analysis mesh currents mesh equations mutual voltage nodal analysis nodal equations node voltages Norton's theorem obtain octaves odd function Ohm's law open-circuited terminals output phasor technique polarity pole-zero diagram poles and zeros positive Property rad/sec resistor self-induced voltage shown in Fig sinusoid Sketch SLA equations slope source in Fig steady-state response supermesh supernode terminals a-b Thevenin's theorem time-domain transform pairs unit step function unknown vector voltage division waveform Write the equation written by inspection