A wideband printed slot antenna suitable for wireless local area network (WLAN) and satisfying the worldwide interoperability for microwave access (WiMAX) applications is proposed here. The antenna is microstrip line fed and its structure is based on fractal geometry where the resonance frequency of antenna is lowered by applying iteration techniques. The Project aims in finding the return loss and the radiation pattern. Analysis of fractal antenna is done by using Software named CST Microwave Studio Suite. The antenna size inclusive of the ground plane is compact and has a wide operating bandwidth. The antenna exhibits omnidirectional direction radiation coverage wit...
This paper aims to design a compact broadband antenna for wireless local area network (WLAN) and wor...
Abstract — Fractal antenna, as name concerns, uses fractal i.e. structure does not change and repeat...
Abstract: A sierpinkski gasket fractal antenna for WLAN ,RFID ISM band applications proposed ,design...
In future the growth of telecommunication systems plays a major role in daily life. So one has to de...
The use of fractal geometries has significantly impacted many areas of science and engineering; one ...
In recent years, the demand for compact and multi-function handheld communication devices has grown...
Nowadays, the compact and multiband antennas are typically required for personal communication devic...
New microstrip antenna initiated from the portions of 1st order structures of Sierpinski squar...
In this report three antenna designs using fractals have been proposed. Fractal is a concept which i...
This paper presents a new design of the fractal multiband antenna structure. The proposed antenna is...
Low profile features of microstrip antennas attract many researchers to investigate the performance ...
Today’s small handheld and other portable devices challenge antenna designers for ultrathin, and hig...
ABSTRACT: Fractal antenna can meet the requirements of designing a multiband, low profile and small ...
Fractal antennas have the characteristic of radiating in multiple frequencies through the property o...
Abstract: As today’s communication devices are becoming smaller in size, they need antennas also of ...
This paper aims to design a compact broadband antenna for wireless local area network (WLAN) and wor...
Abstract — Fractal antenna, as name concerns, uses fractal i.e. structure does not change and repeat...
Abstract: A sierpinkski gasket fractal antenna for WLAN ,RFID ISM band applications proposed ,design...
In future the growth of telecommunication systems plays a major role in daily life. So one has to de...
The use of fractal geometries has significantly impacted many areas of science and engineering; one ...
In recent years, the demand for compact and multi-function handheld communication devices has grown...
Nowadays, the compact and multiband antennas are typically required for personal communication devic...
New microstrip antenna initiated from the portions of 1st order structures of Sierpinski squar...
In this report three antenna designs using fractals have been proposed. Fractal is a concept which i...
This paper presents a new design of the fractal multiband antenna structure. The proposed antenna is...
Low profile features of microstrip antennas attract many researchers to investigate the performance ...
Today’s small handheld and other portable devices challenge antenna designers for ultrathin, and hig...
ABSTRACT: Fractal antenna can meet the requirements of designing a multiband, low profile and small ...
Fractal antennas have the characteristic of radiating in multiple frequencies through the property o...
Abstract: As today’s communication devices are becoming smaller in size, they need antennas also of ...
This paper aims to design a compact broadband antenna for wireless local area network (WLAN) and wor...
Abstract — Fractal antenna, as name concerns, uses fractal i.e. structure does not change and repeat...
Abstract: A sierpinkski gasket fractal antenna for WLAN ,RFID ISM band applications proposed ,design...