A multiband slot antenna loaded with stubs for WLAN/WIMAX/satellite TV applications

Imran Khan; Tanweer Ali; Geetha D. Devanagavi; K. R. Sudhindra; Rajashekhar C. Biradar

doi:10.7716/AEM.V7I5.791

A multiband slot antenna loaded with stubs for WLAN/WIMAX/satellite TV applications

Imran Khan, Tanweer Ali, Geetha D. Devanagavi, K. R. Sudhindra, Rajashekhar C. Biradar

Department of Electronics and Communication Engineering, Manipal Institute of Technology, Manipal

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

21 Citations (Scopus)

Abstract

A compact planar multiband antenna operating at 2.65 (lower WiMAX)/5.20 (WLAN)/6.75/7.30 GHz (Satellite TV) is presented. The antenna consists of circular radiator in which a rectangular slot is etched out. Also, the circular radiator is loaded with a rectangular and two hook-shaped stubs to achieve multiband operations. The impedance matching at these bands is achieved by using two small square stubs placed inside the hook-shaped stubs. The antenna has an electrical dimension of 0.17λ _l x 0.17λ _l x 0.01λ _l at the lower frequency of 2.65 GHz. The antenna has S ₁₁ <-10dB bandwidth of 3% (2.6-2.68GHz), 2.3% (5.12-5.24GHz), 1.2% (6.68-6.76GHz) and 1.37% (7.26-7.36GHz) in simulation and about 6.25% (2.48-2.64GHz), 2.24% (5.3-5.42GHz), 1.15% (6.92-7.00GHz) and 1.1% (8.04-8.12GHz) under measurement. The entire simulation analysis of the antenna is carried out using HFSS v.13.0.

Original language	English
Pages (from-to)	74-81
Number of pages	8
Journal	Advanced Electromagnetics
Volume	7
Issue number	5
DOIs	https://doi.org/10.7716/AEM.V7I5.791
Publication status	Published - 01-01-2018

All Science Journal Classification (ASJC) codes

Electronic, Optical and Magnetic Materials
Radiation
Electrical and Electronic Engineering

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10.7716/AEM.V7I5.791

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title = "A multiband slot antenna loaded with stubs for WLAN/WIMAX/satellite TV applications",

abstract = " A compact planar multiband antenna operating at 2.65 (lower WiMAX)/5.20 (WLAN)/6.75/7.30 GHz (Satellite TV) is presented. The antenna consists of circular radiator in which a rectangular slot is etched out. Also, the circular radiator is loaded with a rectangular and two hook-shaped stubs to achieve multiband operations. The impedance matching at these bands is achieved by using two small square stubs placed inside the hook-shaped stubs. The antenna has an electrical dimension of 0.17λ l x 0.17λ l x 0.01λ l at the lower frequency of 2.65 GHz. The antenna has S 11 <-10dB bandwidth of 3% (2.6-2.68GHz), 2.3% (5.12-5.24GHz), 1.2% (6.68-6.76GHz) and 1.37% (7.26-7.36GHz) in simulation and about 6.25% (2.48-2.64GHz), 2.24% (5.3-5.42GHz), 1.15% (6.92-7.00GHz) and 1.1% (8.04-8.12GHz) under measurement. The entire simulation analysis of the antenna is carried out using HFSS v.13.0. ",

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AU - Biradar, Rajashekhar C.

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AB - A compact planar multiband antenna operating at 2.65 (lower WiMAX)/5.20 (WLAN)/6.75/7.30 GHz (Satellite TV) is presented. The antenna consists of circular radiator in which a rectangular slot is etched out. Also, the circular radiator is loaded with a rectangular and two hook-shaped stubs to achieve multiband operations. The impedance matching at these bands is achieved by using two small square stubs placed inside the hook-shaped stubs. The antenna has an electrical dimension of 0.17λ l x 0.17λ l x 0.01λ l at the lower frequency of 2.65 GHz. The antenna has S 11 <-10dB bandwidth of 3% (2.6-2.68GHz), 2.3% (5.12-5.24GHz), 1.2% (6.68-6.76GHz) and 1.37% (7.26-7.36GHz) in simulation and about 6.25% (2.48-2.64GHz), 2.24% (5.3-5.42GHz), 1.15% (6.92-7.00GHz) and 1.1% (8.04-8.12GHz) under measurement. The entire simulation analysis of the antenna is carried out using HFSS v.13.0.

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A multiband slot antenna loaded with stubs for WLAN/WIMAX/satellite TV applications

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