In this article will be presented the comparison of two configurations for antennas using
Sierpinski fractal geometry for multiband operation. In adopted geometry, with the …

Current wireless communication systems demand various types of antennas that can
operate in multiple frequency bands that must be adapted to large requirements without …

The choice of adopting the periodical geometries like fractals for wireless applications has
been a usual practice considering their geometrical ease in supporting multiband. Among …

This chapter presents two new microstrip multiband antennas based on fractal geometry.
The purpose is to study the behaviour of structures when applying a fractal aspect. The first …

It has been found that designing an antenna using the properties of fractal geometry results
in an antenna that resonates at multiple frequencies. In this work two designs of fractal …

In the current communication system, fractal shapes are introduced in the antenna
technology to minimize the size considerably. Fractal denotes geometrical structures …

This paper presents the design and simulation of multiband Sierpinski fractal antenna with
different patch (rectangular, circular and triangular) geometries. To validate the effect of …

In recent years, the science of fractal geometry has grown into a vast area of knowledge,
with almost all branches of science and engineering gaining from the new insights it has …

This paper describes a novel design for a microstrip fractal antenna based on the Sierpinski
triangle shape. It is built on a FR4 substrate and operates in the 5.5 GHz frequency range …

This paper presents a novel design of a microstrip fractal antenna based on the use of
Sierpinski triangle shape, it's designed and simulated by using FR4 substrate in the …