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RCS estimation of linear and planar dipole phased arrays[electronic resource] :approximate model /

紀錄類型:	書目-語言資料,印刷品 : Monograph/item
杜威分類號:	621.3848
書名/作者:	RCS estimation of linear and planar dipole phased arrays : approximate model // by Hema Singh, R. Chandini, Rakesh Mohan Jha.
作者:	Singh, Hema.
其他作者:	Chandini, R.
出版者:	Singapore : : Springer Singapore :, 2016.
面頁冊數:	xx, 47 p. : : ill., digital ;; 24 cm.
Contained By:	Springer eBooks
標題:	Radar cross sections.
標題:	Signal processing.
標題:	Antenna arrays.
標題:	Engineering.
標題:	Microwaves, RF and Optical Engineering.
標題:	Theoretical, Mathematical and Computational Physics.
標題:	Communications Engineering, Networks.
ISBN:	9789812877543
ISBN:	9789812877536
內容註:	Introduction -- RCS of Parallel-Fed Linear Dipole Array using Approximate Model -- Linear Dipole Array: Simulation Results -- RCS of Parallel-Fed Planar Dipole Array using Approximate Model -- Planar Dipole Array: Simulation Results -- Conclusion.
摘要、提要註:	In this book, the RCS of a parallel-fed linear and planar dipole array is derived using an approximate method. The signal propagation within the phased array system determines the radar cross section (RCS) of phased array. The reflection and transmission coefficients for a signal at different levels of the phased-in scattering array system depend on the impedance mismatch and the design parameters. Moreover the mutual coupling effect in between the antenna elements is an important factor. A phased array system comprises of radiating elements followed by phase shifters, couplers, and terminating load impedance. These components lead to respective impedances towards the incoming signal that travels through them before reaching receive port of the array system. In this book, the RCS is approximated in terms of array factor, neglecting the phase terms. The mutual coupling effect is taken into account. The dependence of the RCS pattern on the design parameters is analyzed. The approximate model is established as an efficient method for RCS estimation of phased arrays. This book presents a detailed formulation of approximate method to determine RCS of phased arrays, which is explained using schematics and illustrations. This book should help the reader understand the impinging signal path and its reflections/transmissions within the phased array system.
電子資源:	http://dx.doi.org/10.1007/978-981-287-754-3

RCS estimation of linear and planar dipole phased arrays[electronic resource] :approximate model /
Singh, Hema.

RCS estimation of linear and planar dipole phased arraysapproximate model /[electronic resource] :by Hema Singh, R. Chandini, Rakesh Mohan Jha. - Singapore :Springer Singapore :2016. - xx, 47 p. :ill., digital ;24 cm. - Springer briefs in electrical and computer engineering. Computational electromagnetics,2191-8112. - Springer briefs in electrical and computer engineering.Computational electromagnetics..

Introduction -- RCS of Parallel-Fed Linear Dipole Array using Approximate Model -- Linear Dipole Array: Simulation Results -- RCS of Parallel-Fed Planar Dipole Array using Approximate Model -- Planar Dipole Array: Simulation Results -- Conclusion.

In this book, the RCS of a parallel-fed linear and planar dipole array is derived using an approximate method. The signal propagation within the phased array system determines the radar cross section (RCS) of phased array. The reflection and transmission coefficients for a signal at different levels of the phased-in scattering array system depend on the impedance mismatch and the design parameters. Moreover the mutual coupling effect in between the antenna elements is an important factor. A phased array system comprises of radiating elements followed by phase shifters, couplers, and terminating load impedance. These components lead to respective impedances towards the incoming signal that travels through them before reaching receive port of the array system. In this book, the RCS is approximated in terms of array factor, neglecting the phase terms. The mutual coupling effect is taken into account. The dependence of the RCS pattern on the design parameters is analyzed. The approximate model is established as an efficient method for RCS estimation of phased arrays. This book presents a detailed formulation of approximate method to determine RCS of phased arrays, which is explained using schematics and illustrations. This book should help the reader understand the impinging signal path and its reflections/transmissions within the phased array system.

ISBN: 9789812877543

Standard No.: 10.1007/978-981-287-754-3doiSubjects--Topical Terms:

446978
Radar cross sections.

LC Class. No.: TK6580

Dewey Class. No.: 621.3848

RCS estimation of linear and planar dipole phased arrays[electronic resource] :approximate model /
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520 $a In this book, the RCS of a parallel-fed linear and planar dipole array is derived using an approximate method. The signal propagation within the phased array system determines the radar cross section (RCS) of phased array. The reflection and transmission coefficients for a signal at different levels of the phased-in scattering array system depend on the impedance mismatch and the design parameters. Moreover the mutual coupling effect in between the antenna elements is an important factor. A phased array system comprises of radiating elements followed by phase shifters, couplers, and terminating load impedance. These components lead to respective impedances towards the incoming signal that travels through them before reaching receive port of the array system. In this book, the RCS is approximated in terms of array factor, neglecting the phase terms. The mutual coupling effect is taken into account. The dependence of the RCS pattern on the design parameters is analyzed. The approximate model is established as an efficient method for RCS estimation of phased arrays. This book presents a detailed formulation of approximate method to determine RCS of phased arrays, which is explained using schematics and illustrations. This book should help the reader understand the impinging signal path and its reflections/transmissions within the phased array system.
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