Add to ORKGAbstract—In this paper, a directional slot antenna with parasitic patch and windowed superstrate is presented. Through this composition, high-gain property can easily be obtained by this proposed antenna. The proposed antenna has a measured impedance bandwidth of 2.41–2.49GHz for S11 < −10 dB, which can cover the 2.4–2.484GHz frequency band of WLAN application. Simulated and measured results show that high-gain features up to 11.50 dBi across the corresponding impedance band are achieved. Details of the proposed slot antenna configurations and design procedures are given; the experimental results are also given and discussed. 1
Abstract- Slot antennas are used typically at frequencies between 300 MHz and 24 GHz. The slot anten...
Abstract—This paper reports the design and development of rectangular microstrip antenna comprising ...
A broadband high-gain slot grid array antenna (SGAA) is proposed in this paper. Based on the electro...
In this letter, a technique for enhancement of bandwidth along with gain is proposed here. This arti...
Inspired by slotted waveguide antennas, a pair of resonant slots is placed in the center out of phas...
This paper reveals a patch antenna with a large bandwidth of 34% and a high gain of 8 dBi in the fre...
Abstract—A printed slot antenna fed by a microstrip line with a diamond-shaped tuning stub for bandw...
[[abstract]]This article presents a wide slot antenna whose polarization can be adjusted by rotating...
High directivity antennas are often used in communication systems to meet specific coverage requirem...
This article highlights the effect of superstrate material on a high-gain antenna using array of par...
International audienceThis paper presents a high-gain antenna for non-contact measurement systems ar...
This paper proposes cat efficient high-gain multilayered antenna for wireless applications. The prot...
Abstract A wideband and high gain circularly polarised patch antenna has been introduced. The propos...
© 2015 IEEE. A new type of antenna is presented in this paper. The main structure is a slot-loaded m...
International audienceThis letter presents a high gain slot antenna for K-band non-contact measureme...
Abstract- Slot antennas are used typically at frequencies between 300 MHz and 24 GHz. The slot anten...
Abstract—This paper reports the design and development of rectangular microstrip antenna comprising ...
A broadband high-gain slot grid array antenna (SGAA) is proposed in this paper. Based on the electro...
In this letter, a technique for enhancement of bandwidth along with gain is proposed here. This arti...
Inspired by slotted waveguide antennas, a pair of resonant slots is placed in the center out of phas...
This paper reveals a patch antenna with a large bandwidth of 34% and a high gain of 8 dBi in the fre...
Abstract—A printed slot antenna fed by a microstrip line with a diamond-shaped tuning stub for bandw...
[[abstract]]This article presents a wide slot antenna whose polarization can be adjusted by rotating...
High directivity antennas are often used in communication systems to meet specific coverage requirem...
This article highlights the effect of superstrate material on a high-gain antenna using array of par...
International audienceThis paper presents a high-gain antenna for non-contact measurement systems ar...
This paper proposes cat efficient high-gain multilayered antenna for wireless applications. The prot...
Abstract A wideband and high gain circularly polarised patch antenna has been introduced. The propos...
© 2015 IEEE. A new type of antenna is presented in this paper. The main structure is a slot-loaded m...
International audienceThis letter presents a high gain slot antenna for K-band non-contact measureme...
Abstract- Slot antennas are used typically at frequencies between 300 MHz and 24 GHz. The slot anten...
Abstract—This paper reports the design and development of rectangular microstrip antenna comprising ...
A broadband high-gain slot grid array antenna (SGAA) is proposed in this paper. Based on the electro...