Dual-polarized MIMO antenna array design using miniaturized self-complementary structures for 5G smartphone applications
NO Parchin, YIA Al-Yasir, JM Noras… - 2019 13th European …, 2019 - ieeexplore.ieee.org
2019 13th European Conference on Antennas and Propagation (EuCAP), 2019•ieeexplore.ieee.org
In this study, a new eight-port dual-polarized multiple-input multiple output (MIMO) antenna
array design for 5G smartphone applications is proposed. The design contains four pairs of
compact dual-polarized self-complementary slot-patch antennas fed by a pair of
independent coupled feeding structures. The radiation elements are designed to operate at
3.6 GHz and are located on the corners of the mobile-phone PCB with an overall dimension
of 75× 150 mm 2. A Rogers 5880 dielectric with permittivity 2.2 and loss tangent 0.0009 is …
array design for 5G smartphone applications is proposed. The design contains four pairs of
compact dual-polarized self-complementary slot-patch antennas fed by a pair of
independent coupled feeding structures. The radiation elements are designed to operate at
3.6 GHz and are located on the corners of the mobile-phone PCB with an overall dimension
of 75× 150 mm 2. A Rogers 5880 dielectric with permittivity 2.2 and loss tangent 0.0009 is …
In this study, a new eight-port dual-polarized multiple-input multiple output (MIMO) antenna array design for 5G smartphone applications is proposed. The design contains four pairs of compact dual-polarized self-complementary slot-patch antennas fed by a pair of independent coupled feeding structures. The radiation elements are designed to operate at 3.6 GHz and are located on the corners of the mobile-phone PCB with an overall dimension of 75×150 mm 2 . A Rogers 5880 dielectric with permittivity 2.2 and loss tangent 0.0009 is chosen as the PCB substrate. The antenna element is highly miniaturized and suitable for use in 4G/5G smartphones. The design not only provides the required radiation coverage but also generates dual-polarizations. The antenna offers good isolation, high-gain radiation patterns, and sufficient efficiencies.
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