Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
Design and Analysis of Tri-bandsTriangular Shape Fractal Antenna for Wireless Applications
View through CrossRef
Abstract
In this paper fractal antenna is proposed for wide band applications. Proposed Antenna is having resonance frequency of 5 GHz and it has triangular patch with 36mm base and 36mm height. This antenna design is used to obtain multiband behavior and wide band characteristics by which antenna can be cover various applications in wireless communication. Antenna has been made with 4 iterations and the result obtained for the proposed antenna is in agreement for the various efficient wireless applications. The fractal antenna here described, is basically the Sierpinski gasket with fragmented geometrical shape with various subdivisions. The proposed antenna has been designed using FR4 substrate with width and length of 4cm. In Proposed Antenna, there are three bands at frequencies 4.8-5.9 GHz, 7.1-7.4 GHz, 8.2-8.9 GHz and bandwidth percentages are 20.56%, 4.13% and 8.19%. And in final iteration there are tri bands and our proposed fractal antenna cover applications in 4.8-5.9 GHz, 7.1-7.4 GHz, 8.2-8.9 GHz. The simulated gain of antenna is 7.5dBi and the directivity of proposed antenna is simulated as 7.422 dBi. The proposed antenna has been implemented successfully using IE3D and the result has been tested successfully using vector network analyzer.
Keywords: Fractals; Fractal Antenna; Sierpinski Gasket Fractal Antenna
Title: Design and Analysis of Tri-bandsTriangular Shape Fractal Antenna for Wireless Applications
Description:
Abstract
In this paper fractal antenna is proposed for wide band applications.
Proposed Antenna is having resonance frequency of 5 GHz and it has triangular patch with 36mm base and 36mm height.
This antenna design is used to obtain multiband behavior and wide band characteristics by which antenna can be cover various applications in wireless communication.
Antenna has been made with 4 iterations and the result obtained for the proposed antenna is in agreement for the various efficient wireless applications.
The fractal antenna here described, is basically the Sierpinski gasket with fragmented geometrical shape with various subdivisions.
The proposed antenna has been designed using FR4 substrate with width and length of 4cm.
In Proposed Antenna, there are three bands at frequencies 4.
8-5.
9 GHz, 7.
1-7.
4 GHz, 8.
2-8.
9 GHz and bandwidth percentages are 20.
56%, 4.
13% and 8.
19%.
And in final iteration there are tri bands and our proposed fractal antenna cover applications in 4.
8-5.
9 GHz, 7.
1-7.
4 GHz, 8.
2-8.
9 GHz.
The simulated gain of antenna is 7.
5dBi and the directivity of proposed antenna is simulated as 7.
422 dBi.
The proposed antenna has been implemented successfully using IE3D and the result has been tested successfully using vector network analyzer.
Keywords: Fractals; Fractal Antenna; Sierpinski Gasket Fractal Antenna.
Related Results
Magneto-Electric Antenna and Its Application in Geosteering Tool Design
Magneto-Electric Antenna and Its Application in Geosteering Tool Design
Using coil antennae as transmitter and receiver to develop a geosteering tool, one has to increase the spacing between the transmitter and receiver to detect formation boundaries f...
Television and
FM
Broadcasting Antennas
Television and
FM
Broadcasting Antennas
Abstract
Television broadcast services are located within four bands: the lower very‐high‐frequency (VHF) bands of 54–72 and 76–88 MHz, the upper VHF band of 174–216 MHz,...
O-Shape Fractal Antenna Optimized Design with Broad Bandwidth and High Gain for 6G Mobile Communication Devices
O-Shape Fractal Antenna Optimized Design with Broad Bandwidth and High Gain for 6G Mobile Communication Devices
Optimization of antenna parameters is important for achieving the best design that has higher results for gain and bandwidth while also having a smaller size. One such antenna desi...
Fractal Dimension Analysis of Pore Throat Structure in Tight Sandstone Reservoirs of Huagang Formation: Jiaxing Area of East China Sea Basin
Fractal Dimension Analysis of Pore Throat Structure in Tight Sandstone Reservoirs of Huagang Formation: Jiaxing Area of East China Sea Basin
The reservoir quality of tight sandstone is usually affected by pore throat structures, and understanding pore throat structures and their fractal characteristics is crucial for th...
ACM SIGCOMM computer communication review
ACM SIGCOMM computer communication review
At some point in the future, how far out we do not exactly know, wireless access to the Internet will outstrip all other forms of access bringing the freedom of mobility to the way...
Thermal Transport of Graphene Sheets with Fractal Defects
Thermal Transport of Graphene Sheets with Fractal Defects
Graphene combined with fractal structures would probably be a promising candidate design of an antenna for a wireless communication system. However, the thermal transport propertie...
Reconfigurable antennas for wireless network security
Reconfigurable antennas for wireless network security
Large scale proliferation of wireless technology coupled with the increasingly hostile information security landscape is of serious concern as organizations continue to widely adop...
Acoustics of Fractal Porous Material and Fractional Calculus
Acoustics of Fractal Porous Material and Fractional Calculus
In this paper, we present a fractal (self-similar) model of acoustic propagation in a porous material with a rigid structure. The fractal medium is modeled as a continuous medium o...