Design and Analysis of LOL-P Textile Antenna

Kumar, Yadwinder; Vinay, K. P.; Kumari, M. Meena

doi:10.1007/978-3-030-49339-4_11

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░ 2 Design Of Antenna and Methodology1

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2022

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“…The gain is observed to be 6.87dB for antenna1. For the second step of evolution, we used partial ground by implementing DGS [16]. The length of the ground was reduced to 16.57 and two rectangular slots were inserted into the ground with a length and width of 13 x 2mm, respectively, to increase the S11 value and bandwidth.…”

Section: ░ 2 Design Of Antenna and Methodologymentioning

confidence: 99%

A Multi Stub Polygon Shaped Textile Antenna for Deformation Performance Using Aperiodic DGS

Kumar

Vinay²,

Rajita

2022

IJEER

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A compact fully flexible antenna with 1.22 as dielectric constant with 0.016 loss tangent is designed for wearable biomedical applications. It has dimensions of 40.5 x 23 x 0.97 mm3. The polygon-shaped patch is modified to achieve ultra-wideband frequencies using partial ground as 16.5mm and a periodic vertical slot of 13x2 mm2 structure in defected ground structure to enhance the wide bandwidth of 2.6-11.1 GHz. Using a transmission line equation and a microstrip line feeding method, the resulting antenna operates at a biomedical frequency in open space and on the body-worn case with multi band i.e. 3.1 and 5GHz. The deformation process works well for the proposed antenna without affecting its actual bandwidth with 20 to 60 mm radii. Additionally, the proposed antenna operates at 5GHz for Wi-Fi with 3.67dBi gain, -35.1dB as S11 which is suitable for commercial applications. CST Microwave Studio was used to simulate the antenna and fabricate it for testing.

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Section: ░ 2 Design Of Antenna and Methodologymentioning

confidence: 99%