The design of a compact dual-band dual-port antenna system is presented. It operates in two frequency bands, 790-862 MHz and 2500-2690 MHz, thereby making it suitable for Long Term Evolution (LTE) handheld devices. The proposed system is composed of two orthogonal inverted-F antennas (IFA) to perform diversity in mobile terminals. A good agreement is observed between simulated and experimental results. The high antenna diversity capability of the proposed system is highlighted with the calculation of envelope correlation coefficient, mean effective and diversity gains for different environment scenarii
A dual-band multiple-input multiple-output (MIMO) antenna using polarization diversity is proposed f...
Spatial diversity is a popular multiple antenna system technique, due to simplicity in implementatio...
Co-band multiple-antenna implementation in compact user terminals is necessary for harvesting the fu...
The design of a compact dual-band dual-port antenna system is presented. It operates in two frequenc...
Copyright © 2012 Lila Mouffok et al. This is an open access article distributed under the Creative C...
Traditionally antenna diversity has been thought of in terms of space diversity and associated large...
In this manuscript, a compact MIMO antenna for wireless application has been presented. The proposed...
A novel internal printed antenna suitable for triple long-term evolution (LTE) bands for handheld de...
This letter presents a very simple low-profile and compact single-element two-port planar inverted-F...
The planar dual band monopole antenna is presented in this project report for Long Term Evolution (L...
Design of multi-element antennas for small mobile terminals operating at higher frequencies remains ...
A dual Planar Inverted-F-Antenna for M2M applications, is proposed. The antenna covers the lower LTE...
In this paper, compact reconfigurable wideband Inverted-F Antenna (IFA) elements are proposed for a ...
This study presents a miniaturised multiple input and multiple output /diversity antenna which is su...
A compact, low profile and multiband dual-element folded strip monopole is presented for mobile phon...
A dual-band multiple-input multiple-output (MIMO) antenna using polarization diversity is proposed f...
Spatial diversity is a popular multiple antenna system technique, due to simplicity in implementatio...
Co-band multiple-antenna implementation in compact user terminals is necessary for harvesting the fu...
The design of a compact dual-band dual-port antenna system is presented. It operates in two frequenc...
Copyright © 2012 Lila Mouffok et al. This is an open access article distributed under the Creative C...
Traditionally antenna diversity has been thought of in terms of space diversity and associated large...
In this manuscript, a compact MIMO antenna for wireless application has been presented. The proposed...
A novel internal printed antenna suitable for triple long-term evolution (LTE) bands for handheld de...
This letter presents a very simple low-profile and compact single-element two-port planar inverted-F...
The planar dual band monopole antenna is presented in this project report for Long Term Evolution (L...
Design of multi-element antennas for small mobile terminals operating at higher frequencies remains ...
A dual Planar Inverted-F-Antenna for M2M applications, is proposed. The antenna covers the lower LTE...
In this paper, compact reconfigurable wideband Inverted-F Antenna (IFA) elements are proposed for a ...
This study presents a miniaturised multiple input and multiple output /diversity antenna which is su...
A compact, low profile and multiband dual-element folded strip monopole is presented for mobile phon...
A dual-band multiple-input multiple-output (MIMO) antenna using polarization diversity is proposed f...
Spatial diversity is a popular multiple antenna system technique, due to simplicity in implementatio...
Co-band multiple-antenna implementation in compact user terminals is necessary for harvesting the fu...