Flexible novel trident shaped microstrip patch antennas design employing Teflon substrate

Kaur, Avneet; Aastha,; Kalra, Payal; Sidhu, Ekambir

doi:10.1109/iccccm.2016.7918229

Cited by 4 publications

(3 citation statements)

References 8 publications

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“…Anagnostou et al [10] Organic paper 46 × 30 0.42 1.2 WLAN Choi et al [11] Liquid crystal polymer 30 × 30 0.07 4.98 Wi-Fi Porter et al [14] Rogers Ultralam 3850 24 × 32 3.0 2.7 Microwave Imaging Jung et al [15] Ultrathin Parylene C film 26.48 × 18.20 3.4 3.8 WLAN Kaur et al [19] Teflon 85 × 90 0.53 6.81 WLAN, Wi-Fi Tighezza et al [16] Polyethylene terephthalate 60 × 75 6.0 5 5G Simorangkir et al [20] Polydi…”

Section: Gain (Dbi) Applicationsmentioning

confidence: 99%

Nickel Particle-Based Compact Flexible Antenna for Modern Communication Systems

et al. 2019

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A flexible antenna is a significant part of the new generation of wireless communication systems. Conventional antennas are typically fabricated on available FR-4 and RT/Duroid dielectric materials, where the dielectric constant cannot be selected arbitrarily and the degrees of freedom in designing the antenna are limited, whereas our flexible substrate offers moderate dielectric values by changing the concentration of the raw materials. Synthesised nickel particle-based flexible nickel aluminate (NiAl2O4) is utilized as a substrate material to make an effective antenna for microwave applications. The nickel aluminate substrate was made with 42% concentration of nickel, and has a dielectric constant of 4.979 and a thickness of 1 mm. The fabricated flexible antenna shows measured bandwidth from 6.50–8.85 GHz. On the other hand, the maximum measured gain and efficiency was 4.75 dBi and 91%, respectively. Finally, that antenna has directional radiation patterns and the presented antenna has a novelty where the nickel aluminate substrate was used for the first time. Thus the compactness of the antenna and its performance with a flexible nature makes it a worthy one to be used in the C-band application.

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Section: Gain (Dbi) Applicationsmentioning

confidence: 99%

Nickel Particle-Based Compact Flexible Antenna for Modern Communication Systems

et al. 2019

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“…The integration of flexible textile substrates is suitable for sensor networks and also to wearable applications [3]. The microstrip antenna was implemented with a flexible Teflon cloth as substrate, and its relative permittivity εr=2.1 were reported in [4]. The Teflon material has better characteristics like low thermal conductivity.…”

Section: Introductionmentioning

confidence: 99%

Performance Analysis of Wearable Antenna Using Different Substrate Fabrics

Manikonda

2023

Advances in Transdisciplinary Engineering

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The performance and analysis of three different substrate fabrics such as cotton, felt, and jeans for the wearable textile antenna are presented in this paper. The dielectric constants of three fabrics are between 1 and 2 only. The two arcs and one circle slot are created on a hexagonal patch. The Wi-Fi shape wearable textile antenna is designed for WBAN (Wireless Body Area Network) applications. The simulated results of the radiation pattern return loss and VSWR of the aforementioned wearable textile antennas with three different substrates are evaluated, and the same is presented at the end. The Wearable antenna has been designed using HFSS software.

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“…They have now become the assemblage of numerous devices which are composed of organic substances as a substrate [8]. Flexible electronics (flex circuits) is a technology for assembling electronic circuits by electronic devices on flexible substrates, such as, conductive polymer [9], conductive textile [10], polyimide [11], Teflon [12], liquid crystal polymers (LCPs) [13], etc. FES technology is used for developing passive as well as active electronic devices.…”

Section: Introductionmentioning

confidence: 99%

A Review on Flexible Printed Antennas for Futuristic Applications

2022

AJAC

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Flexible antennas are one of the majorly used transceiver devices in modern day technologies. Due to its flexible nature it can be used ranging from healthcare industry to automobile industry, and many more. Study and analysis on flexible antennas have unveiled new dimensions in communication network and allied domains. Compact, lightweight, flexible materials make sure that the antenna can be used along with any existing electronics of any required shapes. Mainly the polymers, textiles and papers are being used as antenna substrates to incorporate flexibility. In recent times, flexible antennas are analysed vastly for futuristic bio-implantable antennas. Along with the flexible dielectric materials, conducting flexi materials are also investigated to replace the radiating portion of the antenna. A detailed review on flexible antennas by comparing on the basis of materials used and the applications, may find some interesting alternatives of the conventional applications. Also, this review work shall unearth the possibility of new fan outs of futuristic approaches.

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Flexible novel trident shaped microstrip patch antennas design employing Teflon substrate

Cited by 4 publications

References 8 publications

Nickel Particle-Based Compact Flexible Antenna for Modern Communication Systems

Nickel Particle-Based Compact Flexible Antenna for Modern Communication Systems

Performance Analysis of Wearable Antenna Using Different Substrate Fabrics

A Review on Flexible Printed Antennas for Futuristic Applications

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