Hybrid diversity for ECC enhancement of UWB MIMO antenna
AM Abdelraheem, A Elsaieed… - … on Antennas and …, 2016 - ieeexplore.ieee.org
In this paper, a hybrid diversity is employed to a UWB MIMO antenna to enhance its MIMO
performance evaluated through envelope correlation coefficient (ECC). Polarization …
performance evaluated through envelope correlation coefficient (ECC). Polarization …
[PDF][PDF] A miniaturized Monopole Antenna with Triple-Notch Filters for UWB Applications
This work focuses on the miniaturized ultra wide-band (UWB) monopole antenna with triple
notch filters.(The designing process of the proposed antenna starts from analyzing the …
notch filters.(The designing process of the proposed antenna starts from analyzing the …
A miniaturized Monopole Antenna with Triple-Notch Filters for UWB Applications.
ID SAIFUL BAHRI, Z ZAKARIA… - Przeglad …, 2023 - search.ebscohost.com
This work focuses on the miniaturized ultra wide-band (UWB) monopole antenna with triple
notch filters.(The designing process of the proposed antenna starts from analyzing the …
notch filters.(The designing process of the proposed antenna starts from analyzing the …
[HTML][HTML] How Bending Affects a Flexible UWB Antenna Jan. 5, 2017 A compact antenna maintains high gain and an omnidirectional radiation pattern, even with flexing …
SR Zahran - mwrf.com
Flexible antennas are important components in a growing number of wireless applications,
including wearable electronics and sensor systems. However, flexing the antenna from its …
including wearable electronics and sensor systems. However, flexing the antenna from its …
Impulse response with correlation study of a broadband bended wearable monopole antenna
In this paper, the impulse response of a wide band flexible circular monopole antenna is
presented. The antenna is fabricated on liquid crystalline polymer flexible substrate with a …
presented. The antenna is fabricated on liquid crystalline polymer flexible substrate with a …
[引用][C] How bending affects a flexible UWB antenna
SR Zahran, MA Abdalla, A Gaafar - Microwaves and RF, 2017