Add to ORKGIn the present work, a new compact microstrip patch antenna has been proposed in stacked configuration. The characteristics of the antenna are obtained in terms of return loss, gain and bandwidth and are compared with the conventional microstrip patch. It is observed that the new proposed configuration reduces the patch area by 66.34 % and at the same time enhances the gain and bandwidth significantly with superstrate loading. The Genetic Algorithm optimizer built in with IE3D Commercial simulator is used to obtain the optimized performance of the proposed antenna. This antenna is found to be suitable for IEEE 802.11b WLAN communication standard
This paper introduces a novel rectangular tri-band patch antenna that is fabricated and measured for...
This paper describes the design of single microstrip square patch antenna and the construction of 3 ...
The objective of this project is to improve the bandwidth of microstrip antenna using the scaling te...
A single high-directivity microstrip patch antenna (MPA) having a rectangular profile, which can sub...
In this paper the design issues of compact genetic microstrip antennas for mobile applications has b...
This paper presents the increase in bandwidth of a Microstrip Antenna using a simple slottedstructur...
Based on Harik's compact genetic algorithm, in this paper a real-coded type of compact genetic algor...
In this paper Genetic Algorithm based optimization technique has been utilized in HFSS software for ...
Antennas design procedure, especially in portable devices, has been influenced by the growing demand...
Abstract-Based on Harik's compact genetic algorithm, in this paper a real-coded type of compact...
A compact microstrip patch antenna with wide operational bandwidth is presented.The proposed design ...
Genetic algorithm optimization has been used in the past for size reduction of microstrip antennas b...
Small size wideband microstrip patch antenna with slot in ground plane and stacked patch fed through...
A trend of portable device integration has arisen i n last decade,due to the massive growth of wirel...
For high speed internet,multimedia communication and broadband services more broader bandwidth is re...
This paper introduces a novel rectangular tri-band patch antenna that is fabricated and measured for...
This paper describes the design of single microstrip square patch antenna and the construction of 3 ...
The objective of this project is to improve the bandwidth of microstrip antenna using the scaling te...
A single high-directivity microstrip patch antenna (MPA) having a rectangular profile, which can sub...
In this paper the design issues of compact genetic microstrip antennas for mobile applications has b...
This paper presents the increase in bandwidth of a Microstrip Antenna using a simple slottedstructur...
Based on Harik's compact genetic algorithm, in this paper a real-coded type of compact genetic algor...
In this paper Genetic Algorithm based optimization technique has been utilized in HFSS software for ...
Antennas design procedure, especially in portable devices, has been influenced by the growing demand...
Abstract-Based on Harik's compact genetic algorithm, in this paper a real-coded type of compact...
A compact microstrip patch antenna with wide operational bandwidth is presented.The proposed design ...
Genetic algorithm optimization has been used in the past for size reduction of microstrip antennas b...
Small size wideband microstrip patch antenna with slot in ground plane and stacked patch fed through...
A trend of portable device integration has arisen i n last decade,due to the massive growth of wirel...
For high speed internet,multimedia communication and broadband services more broader bandwidth is re...
This paper introduces a novel rectangular tri-band patch antenna that is fabricated and measured for...
This paper describes the design of single microstrip square patch antenna and the construction of 3 ...
The objective of this project is to improve the bandwidth of microstrip antenna using the scaling te...