Titlebook: RF Antenna Beam Forming; Focusing and Steerin Shun-Ping Chen,Heinz Schmiedel Textbook 2024Latest edition The Editor(s) (if applicable) and

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Planar Antenna Arrays,mulation results with the measurement results of one-dimensional linear patch antenna array in the last chapter, instead of time consuming numerical methods. This is especially important for the design and optimization process for dynamic beam forming and other near field applications.

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Conformal Antenna Array,al methods. This is especially important for the design and optimization process for dynamic beam forming in many near field applications. In order to optimize the near field characteristics, in terms of nominal beam width changes and side lobe suppression, typical conformal antenna arrays which are

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Thinned Antenna Array,hase shifts, but always with the same distances between the neighboring antenna elements with d = λ/2. Different amplitude weights and phase shifts were chosen, in order to form and steer the beams on one hand, and on the other hand to suppress the side-lobes.

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Conclusions,Then various different antenna elements were described. Next phased array antennas were introduced. After these basic explanations the focus was on simulation of radiation characteristics and their verification by measurements of a linear array of patch antennas. A comprehensive, systematic catalogu

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Conclusions,m forming. All these constellations are presented for far field and near field also. Then 2-dimensional arrays were investigated. Consequently conformal antenna array structures were discussed in detail. After covering all these antenna arrays, various applications of antenna arrays are explained, with an emphasis on MIMO systems.

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