Principles of Electric Circuits

<div class="c-non-traditional-number-list_container"> <ol> <li>Quantities and Units</li> <li>Voltage, Current, and Resistance</li> <li>Ohm's Law</li> <li>Energy and Power</li> <li>Series Circuits</li> <li>Parallel Circuits</li> <li>Series-Parallel Circuits</li> <li>Circuit Theorems and Conversions</li> <li>Branch, Loop, and Node Analyses</li> <li>Magnetism and Electromagnetism</li> <li>Introduction to Alternating Current and Voltage</li> <li>Capacitors</li> <li>Inductors</li> <li>Transformers</li> <li>RC Circuits</li> <li>RL Circuits</li> <li>RLC Circuits and Resonance</li> <li>Passive Filters</li> <li>Circuit Theorems in AC Analysis</li> <li>Time Response of Reactive Circuits</li> <li>Three-Phase Systems in Power Applications</li> </ol> <h3>APPENDICES</h3> <ol type="A"> <li>Table of Standard Resistor Values</li> <li>Derivations</li> <li>Capacitor Label Coding</li> <li>NI Multisim for Circuit Simulation</li> </ol> </div>