A novel miniature antenna based on the fractal Hilbert geometry is presented. As the fractal iteration increases, the antenna becomes electrically smaller at a higher rate than any other fractal geometry presented up to now. Several fractal-shaped Hilbert monopoles have been constructed, measured and compared with the classical λ/4 monopole.Peer Reviewe
Fractal antennas are multi-resonant, wideband and smaller in size and have good applications in area...
© 2020 by the authors. Koch-type wire dipole antennas are considered herein. In the case of a first-...
This article presents wire dipole antennas (d = 1 mm, length L0 = 14.5 cm) based on prefractals n=1,...
A small but long wire fractal antenna based on the Koch curve is presented. Experimental and numeric...
Fractal objects have some unique geometrical properties. One of them is the possibility to enclose i...
Abstract—Modern telecommunication system require antenna with wider bandwidth and smaller dimensions...
Abstract: A novel fractal rectangular curve monopole antenna is introduced and its input impedance c...
he unique geometrical properties of fractals have been proven to be useful to design advanced antenn...
Abstract: The multiband behavior of the fractal Sierpinski antenna and the improves of Koch antenna ...
Abstract—This work presents the design and investigation of the monopole and Koch fractal antenna. T...
Abstract—Modern telecommunication system require antenna with wider bandwidth and smaller dimensions...
There has been an ever growing demand for antenna designs that possesses compact size, low profile a...
This paper investigates the practicality of using a fractal shape to generate a multi-band antenna t...
Fractal geometry has been proven to be useful in several disciplines. In the field of antennaenginee...
Antennas are an integral part of mobile devices. Recently, the demand for smaller phones has increas...
Fractal antennas are multi-resonant, wideband and smaller in size and have good applications in area...
© 2020 by the authors. Koch-type wire dipole antennas are considered herein. In the case of a first-...
This article presents wire dipole antennas (d = 1 mm, length L0 = 14.5 cm) based on prefractals n=1,...
A small but long wire fractal antenna based on the Koch curve is presented. Experimental and numeric...
Fractal objects have some unique geometrical properties. One of them is the possibility to enclose i...
Abstract—Modern telecommunication system require antenna with wider bandwidth and smaller dimensions...
Abstract: A novel fractal rectangular curve monopole antenna is introduced and its input impedance c...
he unique geometrical properties of fractals have been proven to be useful to design advanced antenn...
Abstract: The multiband behavior of the fractal Sierpinski antenna and the improves of Koch antenna ...
Abstract—This work presents the design and investigation of the monopole and Koch fractal antenna. T...
Abstract—Modern telecommunication system require antenna with wider bandwidth and smaller dimensions...
There has been an ever growing demand for antenna designs that possesses compact size, low profile a...
This paper investigates the practicality of using a fractal shape to generate a multi-band antenna t...
Fractal geometry has been proven to be useful in several disciplines. In the field of antennaenginee...
Antennas are an integral part of mobile devices. Recently, the demand for smaller phones has increas...
Fractal antennas are multi-resonant, wideband and smaller in size and have good applications in area...
© 2020 by the authors. Koch-type wire dipole antennas are considered herein. In the case of a first-...
This article presents wire dipole antennas (d = 1 mm, length L0 = 14.5 cm) based on prefractals n=1,...