The primary and solely complete textual content on substrate-integrated mmW antenna know-how, state-of-the-art antenna design, and rising wi-fi purposes
Substrate-Built-in Millimeter-Wave Antennas for Subsequent-Technology Communication and Radar Programs elaborates an important matters associated to revolutionary millimeter wave (mmW) know-how. Following a transparent description of basic ideas together with substrate-integrated waveguides and loss evaluation, the textual content treats key design strategies, prototyping methods, and experimental setup and testing. The authors additionally spotlight purposes of mmW antennas in 5G wi-fi communication and next-generation radar techniques. Readers are ready to place methods into apply by means of sensible discussions of easy methods to arrange testing for impedance matching, radiation patterns, acquire from 24GHz as much as 325 GHz, and textures for particular designs.
This guide will convey readers present, addressing state-of-the-art designs and up to date progress in substrate-integrated mmW antennas for rising wi-fi purposes. Substrate-Built-in Millimeter-Wave Antennas for Subsequent-Technology Communication and Radar Programs is the primary complete textual content on the subject, permitting readers to rapidly grasp mmW know-how. This guide:
Introduces primary ideas akin to metamaterials Huygens’s floor, zero-index buildings, and sample synthesis
Describes prototyping within the type of fabrication primarily based on printed-circuit-board, low-temperature-co-fired-ceramic and micromachining
Explores purposes for next-generation radar and imaging techniques akin to 24-GHz and 77-GHz vehicular detection radar techniques
Elaborates design strategies together with waveguide-based feeding community, three-dimensional feeding construction, dielectric loaded aperture antenna component, and low-sidelobe synthesis
The millimeter wave is one among immediately’s most necessary rising applied sciences. This guide supplies graduate college students, researchers, and engineers with the information they should deploy mmW techniques and develop new antenna designs with low price, low loss, and low complexity.
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