Mastering alternating currents from fundamentals to practical calculations. This classic guide explains how engineers analyze and work with AC circuits, from basic quantities to complex network behavior.
This edition presents a thorough treatment of key concepts such as impedance, reactance, and admittance, along with methods for solving circuits in series and parallel. It also covers non-sinusoidal waves, Fourier analysis, and the role of harmonics in real-world systems, including power factors and measurements in polyphase networks. The book blends theory with practical techniques, helping readers predict currents, voltages, and power in a wide range of applications.
- Clear definitions of voltage, current, impedance, and admittance used in electrical engineering
- Techniques for analyzing series and parallel circuits, including resonance and tuning
- Approaches to non-sinusoidal waves and harmonic content using Fourier series
- Polyphase currents, transformer behavior, and three- to six-phase systems
Ideal for students and professionals seeking a solid, field-ready reference on alternating currents and their applications in power, communication, and network analysis.