Design of Wearable Multiband Circular Microstrip Textile Antenna for WiFi/WiMAX Communication

Journal Title: Engineering and Technology Journal - Year 2021, Vol 6, Issue 3

Abstract

In proposed design the wearable circular microstrip antenna of radius of patch is 14 mm and the top of patch consist of two square slits of dimensions 5x5 mm2 and 10x10mm2 and the ground structure is made partial of 28mm x 86mm. Due to the properties of jeans fabric as low cost, flexible the antenna is made wearable. In the proposed study, circular microstrip textile based antenna has been designed for the ISM band of resonating frequency of 2.4GHz. The proposed structure provided the triple band as the radiating frequencies of 2.4GHz for WiFi, 6.4GHz for WiMAX and 12GHz for 5G communication applications. The simulated and fabricated results such as return loss, VSWR and gain - directivity etc. are analyzed and compared for the frequencies of 2.38GHz, 6.4GHz and 12GHz. In this proposed antenna, the bandwidths of antenna are obtained of the order 700MHz, 3.43GHz & 2.75GHz and gain of antenna are of the order 1.89 dBi, 3.98 dBi & 4.86 dBi.

Authors and Affiliations

 Husain Bhaldar  ,  Sanjay Kumar Gowre  ,  Mahesh S Mathpati  ,  Ashish A Jadhav  ,  Mainaz S Ustad

Keywords

Related Articles

IMPROVING WIRELESS MIMO SYSTEM PERFORMANCE WITH CHANNEL ESTIMATION BASED BLOCK CODING

In modern wireless communication systems, a combination of multiple-input multiple-output (MIMO) system with the space time block coding (STBC) can be used in conjunction with receiver and transmitter diversity to achiev...

ARTIFICIAL NEURAL NETWORK AND THEIR APPLICATIONS IN FOOD MATERIALS: A REVIEW

This paper is a review of artificial neural network technique for the prediction of drying parameters of food materials. The meaning of ANN, the importance, areas that ANN could be applied, future prospects and summary o...

Use of Engineering-Educational-Empowerment Model to Improve the Integrated Traffic Impact Analysis and Environment Impact Analysis Results

In order to control road carriage way capacity and/or road environment degradation due to transport activities, the Traffic Impact Analysis TIA document has been directed to be integrated within the Environment Impact An...

THE TRAINING OF EDUCATORS WITHIN THE FRAMEWORK OF THE PEDAGOGICAL CHALLENGES OF THE 21ST CENTURY

The training of teachers has been conceived as a responsibility that has a social impact that merits the development of research proposals that contribute to the discussion of the same. Thus, this article is the starting...

Satellite Image Analysis Approach for Identifying Flood Impacts in DKI Jakarta

Jakarta, as the capital city of Indonesia, is one of the major cities in the world that is inevitably affected by disasters resulting from climate change. The topographical characteristics of Jakarta, situated in a low-l...

Download PDF file
  • EP ID EP698281
  • DOI 10.47191/etj/v6i3.01
  • Views 71
  • Downloads 0

How To Cite

 Husain Bhaldar ,  Sanjay Kumar Gowre ,  Mahesh S Mathpati ,  Ashish A Jadhav ,  Mainaz S Ustad (2021). Design of Wearable Multiband Circular Microstrip Textile Antenna for WiFi/WiMAX Communication. Engineering and Technology Journal, 6(3), -. https://europub.co.uk/articles/-A-698281