This expanded and updated second edition, featuring full-color images, offers a thorough introduction to both the theory and practical aspects of planar near-field antenna measurement. It covers everything from foundational principles to the complexities of applying these techniques in challenging measurement scenarios.
The book begins by exploring antenna properties that enhance electronic systems’ interaction with free space, leading into a detailed explanation of planar near-field scanning theory. The usefulness of the planar approach is demonstrated through example measurement campaigns, including the characterization of various antenna types. The second edition is fully updated, now including advanced topics such as non-canonical transforms, scattering suppression, equivalent current diagnostics, extrapolation range measurements, and the use of multi-axis industrial robots and UAV drones for data collection. It also offers an expanded discussion of uncertainty analysis and planar range assessment.
While many near-field facilities exist worldwide, this book stands out as a comprehensive, step-by-step guide to all aspects of planar near-field measurement. Drawing on the extensive experience of its three authors, the text serves as a complete and practical reference for anyone involved in this field.
Principles of Planar Near-Field Antenna Measurements, 2nd Edition is intended for students, researchers, and professionals in electromagnetics, particularly those focused on electromagnetics metrology.
