Master the principles of alternating currents with clear explanations and practical tests.
This text presents the essential theory of alternating electromagnetic systems and shows how it applies to machines like motors and generators. It blends conceptual foundations with worked examples and practical considerations.
Readers will explore how rotating fields, vector methods, and ideal windings help model real-world machines. The book also covers performance testing, efficiency, regulation, and the relationships between current, voltage, and power in AC networks. Its approach connects theory to common engineering problems, making complex topics more approachable.
- How rotating magnetic fields and sinusoidal flux distributions are represented and analyzed
- Practical methods for testing alternators, transformers, and rotary converters
- Key concepts such as slip, phase relations, magnetism, and machine efficiency
- Abridge of core topics from induction motors to synchronous machines with useful diagrams
Ideal for readers of engineering texts who want a solid, applicable understanding of alternating currents.