An electrically small microstrip patch antenna based on high permittivity dielectric and magnetodielectric materials (MDM) is investigated in this paper. The basic parameters of microstrip patch antennas based on high dielectric and magnetodielectric materials are compared with other solutions. The analysis shows that an MDM-based patch surface is 7.14 times smaller when compared with a suspended plate antenna. The use of MDM improves bandwidth and offers perfect impedance matching between the material and free space, over a much wider bandwidth
© 2016 European Association of Antennas and Propagation. It has been demonstrated that metamaterial-...
In the present paper we discuss the effect of artificial magneto-dielectric substrates on the impeda...
International audienceThe use of Magneto-Dielectrics Materials (MDM) is becoming increasingly popula...
An electrically small microstrip patch antenna based on high permittivity dielectric and magnetodiel...
A mathematical modelling, and a derivation of the main parameters of the Magneto – Dielectric materi...
A mathematical modelling, and a derivation of the main parameters of the Magneto – Dielectric materi...
An increasing interest is arising in developing miniaturized antennas in the microwave range. Howeve...
An increasing interest is arising in developing miniaturized antennas in the microwave range. Howeve...
none3noAn increasing interest is arising in developing miniaturized antennas in the microwave range....
IEEE Antennas and Propagation Society, AP-S International Symposium (Digest)1433-1436IAPS
An increasing interest is arising in developing miniaturized antennas in the microwave range. Howeve...
A miniaturized new topology of the planar monopole antenna using a Magneto-Dielectric Material (MDM)...
An increasing interest is arising in developing miniaturized antennas in the microwave range. Howeve...
In this paper is shown a new way to use Magneto-Dielectric Materials (MDM) in order to miniaturize m...
Key Contributions: Antenna miniaturization with enhanced bandwidth and radiation characteristics is ...
© 2016 European Association of Antennas and Propagation. It has been demonstrated that metamaterial-...
In the present paper we discuss the effect of artificial magneto-dielectric substrates on the impeda...
International audienceThe use of Magneto-Dielectrics Materials (MDM) is becoming increasingly popula...
An electrically small microstrip patch antenna based on high permittivity dielectric and magnetodiel...
A mathematical modelling, and a derivation of the main parameters of the Magneto – Dielectric materi...
A mathematical modelling, and a derivation of the main parameters of the Magneto – Dielectric materi...
An increasing interest is arising in developing miniaturized antennas in the microwave range. Howeve...
An increasing interest is arising in developing miniaturized antennas in the microwave range. Howeve...
none3noAn increasing interest is arising in developing miniaturized antennas in the microwave range....
IEEE Antennas and Propagation Society, AP-S International Symposium (Digest)1433-1436IAPS
An increasing interest is arising in developing miniaturized antennas in the microwave range. Howeve...
A miniaturized new topology of the planar monopole antenna using a Magneto-Dielectric Material (MDM)...
An increasing interest is arising in developing miniaturized antennas in the microwave range. Howeve...
In this paper is shown a new way to use Magneto-Dielectric Materials (MDM) in order to miniaturize m...
Key Contributions: Antenna miniaturization with enhanced bandwidth and radiation characteristics is ...
© 2016 European Association of Antennas and Propagation. It has been demonstrated that metamaterial-...
In the present paper we discuss the effect of artificial magneto-dielectric substrates on the impeda...
International audienceThe use of Magneto-Dielectrics Materials (MDM) is becoming increasingly popula...