Formulae and Tables for Calculation of Inductance of Coils of Polygonal Form (Classic Reprint) - Softcover

Inhaltsangabe

Master practical formulas for polygonal coils and turn it into precise inductance values. This guide shows you how to calculate inductance for coils shaped as polygons, with clear formulas and ready-made tables you can use in real measurements and designs.

The book explains how polygonal coils differ from circular coils, introduces the idea of an equivalent circular solenoid, and provides step‑by‑step methods for single-layer and multi‑layer windings. It covers squares, triangles, hexagons, octagons, and more, and it explains how to adapt the math to wires of round cross section. Practical examples illustrate how to apply the tables to real coils.

• Exact formulas for mutual and self-inductance of various polygon shapes


• Tables to quickly find equivalent radius and inductance values


• Guidance for converting polygonal coils into equivalent circular solenoids


• Examples and checks against measured coil data for accuracy

Ideal for engineers and technicians who design transformers, radio coils, and related inductive components, especially when polygonal windings are used to reduce dielectric losses and leakage. If you work with polygonal coils, this edition helps you compute inductance with confidence and speed.

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