Segmented analysis of a finite planar ridged tapered slot antenna array for wideband phased array

Junyeon Kim; Joonho So; Won Jang; Changyul Cheon

doi:10.1002/mop.23314

Segmented analysis of a finite planar ridged tapered slot antenna array for wideband phased array

Junyeon Kim, Joonho So, Won Jang, Changyul Cheon

School of Electrical and Computer Engineering

Korean Agency for Defense Development

Research output: Contribution to journal › Article › peer-review

Abstract

The segmented analysis method of a finite planar ridged tapered slot antenna (RTSA) array is presented to develop a wideband phased array with a triangular lattice. The RTSA array is segmented into two-parts with a feeder and the arrays of tapered slot antenna (TSA) and these scattering parameters are analyzed respectively. This proposed method gives the merit of a great reduction of computational cost. To verify the advantage of this method, we build the numerical model of only one feeder and dual polarized arrays of TSA with 10 × 12 elements. The measured results of the fabricated array meet the design goals of 3:1 bandwidth, scan volume of ±45°, active VSWR (AVSWR) below 3:1.

Original language	English
Pages (from-to)	1140-1143
Number of pages	4
Journal	Microwave and Optical Technology Letters
Volume	50
Issue number	5
DOIs	https://doi.org/10.1002/mop.23314
State	Published - May 2008

Keywords

Equivalent circuit model
Numerical waveguide simulator
Ridged tapered slot antenna array
Segmentation method

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10.1002/mop.23314

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title = "Segmented analysis of a finite planar ridged tapered slot antenna array for wideband phased array",

abstract = "The segmented analysis method of a finite planar ridged tapered slot antenna (RTSA) array is presented to develop a wideband phased array with a triangular lattice. The RTSA array is segmented into two-parts with a feeder and the arrays of tapered slot antenna (TSA) and these scattering parameters are analyzed respectively. This proposed method gives the merit of a great reduction of computational cost. To verify the advantage of this method, we build the numerical model of only one feeder and dual polarized arrays of TSA with 10 × 12 elements. The measured results of the fabricated array meet the design goals of 3:1 bandwidth, scan volume of ±45°, active VSWR (AVSWR) below 3:1.",

keywords = "Equivalent circuit model, Numerical waveguide simulator, Ridged tapered slot antenna array, Segmentation method",

author = "Junyeon Kim and Joonho So and Won Jang and Changyul Cheon",

year = "2008",

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AU - Kim, Junyeon

AU - So, Joonho

AU - Jang, Won

AU - Cheon, Changyul

PY - 2008/5

Y1 - 2008/5

N2 - The segmented analysis method of a finite planar ridged tapered slot antenna (RTSA) array is presented to develop a wideband phased array with a triangular lattice. The RTSA array is segmented into two-parts with a feeder and the arrays of tapered slot antenna (TSA) and these scattering parameters are analyzed respectively. This proposed method gives the merit of a great reduction of computational cost. To verify the advantage of this method, we build the numerical model of only one feeder and dual polarized arrays of TSA with 10 × 12 elements. The measured results of the fabricated array meet the design goals of 3:1 bandwidth, scan volume of ±45°, active VSWR (AVSWR) below 3:1.

AB - The segmented analysis method of a finite planar ridged tapered slot antenna (RTSA) array is presented to develop a wideband phased array with a triangular lattice. The RTSA array is segmented into two-parts with a feeder and the arrays of tapered slot antenna (TSA) and these scattering parameters are analyzed respectively. This proposed method gives the merit of a great reduction of computational cost. To verify the advantage of this method, we build the numerical model of only one feeder and dual polarized arrays of TSA with 10 × 12 elements. The measured results of the fabricated array meet the design goals of 3:1 bandwidth, scan volume of ±45°, active VSWR (AVSWR) below 3:1.

KW - Equivalent circuit model

KW - Numerical waveguide simulator

KW - Ridged tapered slot antenna array

KW - Segmentation method

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DO - 10.1002/mop.23314

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JO - Microwave and Optical Technology Letters

JF - Microwave and Optical Technology Letters

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Segmented analysis of a finite planar ridged tapered slot antenna array for wideband phased array

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Keywords

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