Design of Wearable Textile Based Microstrip Patch antenna by using defected ground plane

Jaiswal, Priyesh; Sinha, Poonam

doi:10.1109/icacat.2018.8933571

Cited by 9 publications

(6 citation statements)

References 8 publications

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“…Related to the type of antenna in paper ( 4,7) but material such as leather (εr =1.8 and thickness 1.36 mm) as a substrate to operate at 2.44GHz on a small ground plane for wireless body communication is proposed by Ifrat Ahmed and Musfiqur Rahman in (8). A similar study has been done in paper (9) where a microstrip antenna is designed by using polyester fabric with a dielectric constant value of 1.44, loss tangent 0.01 and thickness of 2.85 mm for 2.4 GHz. However, despite narrowband microstrip antennas have several advantages, they typically present low fractional bandwidths and it is noticed by the authors in (10)(11)(12)(13).Therefore, to overcome this drawback, another concept of the microstrip antenna is the "Wideband antenna".…”

Section: Textile Materials Used In Wearable Antennamentioning

confidence: 89%

“…Different types of textile materials such as wash cotton, curtain cotton, poly-cotton, jeans cotton, polyester, poly -curtain, leather, flannel fabric, felt fabric, nylon, silk, and fleece are used in (4,(7)(8)(9)(10)(11)(12)(13)(14)(15). All the material used has a range of dielectric constant from 1.04 to 2.7 with a thickness of 0.09 mm to 2.84mmand loss tangent of 0.0033 to 0.2.…”

Section: Discussionmentioning

confidence: 99%

“…In addition, jeans cotton have a fairly low dielectric constant compared to other commercially available materials and are widely manufactured throughout the world (16). Table 2 shows the overall characteristics and results obtained in these six papers : The material second most commonly used in these studies is polyester, which is used in (7,9,11,15). The physical properties of polyester, such as strength, absorbency, and dimensional stability, making it a common option for wearable antenna construction.…”

Section: Discussionmentioning

confidence: 99%

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A Review of the Wearable Textile-Based Antenna using Different Textile Materials for Wireless Applications

2020

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Miniaturization of wireless systems empowered the use of the textile antenna for various purposes and has become one of the fastest developing technology in the world today. In general, textile antennas are microstrip antenna where the substrate is a textile material. Commercially, a variety of textile materials available these days, and the properties of these textiles have an impact on the characteristics and performance of an antenna. Normally, textile materials present a very low dielectric constant which is required for an efficient antenna. Nevertheless, textile fabrics are porous, anisotropic, and compressible materials whose thickness and density alters with low pressure affecting the electromagnetic properties of the material. The features of the textile materials were believed to impact the behavior of the antenna, hence this study shows minimal research highlighted on the differences of textile material properties. This review paper summarizes different types of antenna with their applications, essential antenna parameters, and the textile material used for the construction of the wearable textile antenna. This literature review guides to reveal the various considerations for designing wearable antenna from different textile materials. Lastly, several open recommendations are given for further guidance for future studies.

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Section: Textile Materials Used In Wearable Antennamentioning

confidence: 89%

Section: Discussionmentioning

confidence: 99%

Section: Discussionmentioning

confidence: 99%

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A Review of the Wearable Textile-Based Antenna using Different Textile Materials for Wireless Applications

2020

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“…By increasing the dielectric constant, it will be decreasing the size of an antenna but lowers the bandwidth and its efficiency of the antenna. While, by decreasing the dielectric constant it will increasing the bandwidth but with an increase in size [32].…”

Section: Antenna Design and Parametermentioning

confidence: 99%

Development and design of wearable textile antenna on various fabric substrate for unlicensed ultra-wideband applications

et al. 2022

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In the area of wearable technology an enhancement of basic microstrip antenna is evolution of wearable textile antenna. A major requirement for wearable textile antenna is its flexible designed materials which incoprates of fabric in the structure. The parameters obtained from the wearable textile antenna are return loss (S-11), directivity, gain, voltage standing wave ratio (VSWR) as well as the specific absorption rate (SAR) value. All these parameters are mostly influenced by the value of substrate dielectric constant and its thickness. In this paper, the design of wearable dual band frequency microstrip antenna is presented for wireless communication services. When the federal communication commission (FSS) has allowed the operation of unlicensed ultra-wideband (UWB) thus it attracted research interest in realizing UWB antennas for wireless applications. The operating frequency of the proposed antenna ranges from 2.85 GHz to 7.3 GHz. For body-worn and wearable applications, the antenna is embedded on selected textiles (i.e. felt, denim, polyester and leather). The prorposed microstrip antenna is designed, simulated and analysed in computer simulation technology (CST) microwave studio.

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“… Other than polymer substrate, paper substrates are used widely as well. Paper substrates are most suitable for screen printing and inkjet printing processes on the basis of conductive inks [41].  In very recent times, textile in clothing (nonconductive fabric) can be used as a material for flexible antennas, especially when braced with metal-plated textile conductors.…”

Section: B Dielectric Layer (Substrate)mentioning

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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Design of Wearable Textile Based Microstrip Patch antenna by using defected ground plane

Cited by 9 publications

References 8 publications

A Review of the Wearable Textile-Based Antenna using Different Textile Materials for Wireless Applications

A Review of the Wearable Textile-Based Antenna using Different Textile Materials for Wireless Applications

Development and design of wearable textile antenna on various fabric substrate for unlicensed ultra-wideband applications

A Review on Flexible Printed Antennas for Futuristic Applications

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