Dual‐frequency design of a shorted triangular patch antenna

Liou, Yen‐Yu; Row, Jeen‐Sheen; Chen, Tsair‐Rong

doi:10.1002/mop.21463

“…Antennas with wider bandwidth are obviously a preferred choice. [5][6][7][8][9][10][11][12][13][14][15][16][17] In addition, dual-band is frequently used for the vehicular communications. The low-profile, compact and dual-band antenna that is easy to integrate with vehicular communication system is our look out.…”

Section: Introductionmentioning

confidence: 99%

A dual band shorted triangular patch antenna for vehicular application

Chakrabarti

¹

,

Chakraborty

²

2021

Int J RF Microw Comput Aided Eng

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This reports the development of a dual port linearly polarized shorted triangular patch antenna for C-and J-band with improved bandwidth and decoupled ports. Two orthogonal shorted walls and perforation on the patch have been conceived for improved bandwidth. L-probe has been adopted to produce linear polarizations (LP). The shorted walls conceived on the equilateral triangular patch achieve higher compactness. The perforation in addition to the shorted wall enforces an overlapping response of the TM 10 , TM 11 , TM 20 and slot modes resulting in an improved bandwidth. The slot mode and the TM 10 mode overlap at the lower band. The TM 11 and TM 20 modes coupled together at the upper band. At the C-band, it exhibits bandwidth ≥12.4%. Impedance bandwidth ≥36.4% with an isolation ≥23 dB is realized at the J-band ports. It capitulates very stable gain of about 5 dBi at the lower band. At the upper band gain ≥7 dBi over 10-13 GHz is achieved and the maximum is 8.5 dBi. These gains are due to half of the equilateral triangular patch only. All these results are superior to the earlier reported investigations. Dual port communication ability is the enhance feature of the antenna.

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“…Dualband antennas are being used in large variety of applications such as Global System for Mobile (GSM), Digital Cordless System (DCS-1800), Personal Communication System (PCS-1900) and International Mobile Communication (IMT-2000) for mobile communication system [1][2]. In the last two decades, the numerous techniques reported to obtain dualfrequency behavior including radar cross section reduction method is based on the absorbing metamaterial loaded around the patch [3], U-slot with L-strip feeding techniques [4], truncated tip triangular is embedded with a V-slot shorted patch antenna [5], meandered line feed in trapezoidal antenna [6] and tunable two varactor loaded patch [7]. However, these techniques make antenna more complicated.…”

Section: Introductionmentioning

confidence: 99%

Analysis of T-Slot Loaded Disk Patch Antenna for Dual Band Operation with Small Frequency Ratio

Ansari

¹

,

Verma²

2015

IJFGCN

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“…Dualband antennas are being used in large variety of applications such as Global System for Mobile (GSM), Digital Cordless System (DCS-1800), Personal Communication System (PCS-1900) and International Mobile Communication (IMT-2000) for mobile communication system [1][2]. In the last two decades, the numerous techniques reported to obtain dualfrequency behavior including radar cross section reduction method is based on the absorbing metamaterial loaded around the patch [3], U-slot with L-strip feeding techniques [4], truncated tip triangular is embedded with a V-slot shorted patch antenna [5], meandered line feed in trapezoidal antenna [6] and tunable two varactor loaded patch [7]. However, these techniques make antenna more complicated.…”

Section: Introductionmentioning

confidence: 99%

Analysis of T-Slot Loaded Disk Patch Antenna for Dual Band Operation with Small Frequency Ratio

Ansari¹,

Verma²

2015

IJFGCN

0

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In this article, a dual band patch antenna is achieved by introducing T-slot in circular disk with small frequency ratio. It is theoretically investigated using equivalent circuit theory concept. The resonance frequency is found to be 1.84 and 2.02 GHz suitable for DCS-1800, PCS-1900 and IMT-2000 The measured bandwidths at lower and upper resonances are found to be 6.59% and 6.89% respectively for proposed antenna specifications. The effect of slots dimension in the patch is studied. The frequency ratio is found to be 1.09. The maximum gain of the proposed antenna is found to be 6.52 dBi whereas efficiency is found to be 62.17% and 76.42% at lower and upper resonance frequencies respectively. The theoretical results are compared with simulated and measured results and they are in good agreement.

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Dual‐frequency design of a shorted triangular patch antenna

Cited by 10 publications

References 5 publications

A dual band shorted triangular patch antenna for vehicular application

A dual band shorted triangular patch antenna for vehicular application

Analysis of T-Slot Loaded Disk Patch Antenna for Dual Band Operation with Small Frequency Ratio

Analysis of T-Slot Loaded Disk Patch Antenna for Dual Band Operation with Small Frequency Ratio

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