AbstractA dual frequency, compact single probe-feed rectengular microstrip patch antenna with reduced size has been proposed in this paper. The single layered antenna has been designed to resonate in dual frequency mode. The novel design is achieved by cutting rectangular slits at two sides of the patch. Compared with the conventional rectangular patch antenna, this antenna can achieve reduction in patch size up to 71%. This antenna has been simulated in standard IE3DTM (based on MoM) software and satisfactory return loss for each resonant frequency has been found and this antenna can be used for Wi-MAX and WLAN application
This paper presents the investigation based upon the resonant circuit approach to characterize the r...
A wireless Local Area Network (WLAN) application nowadays has become more popular. Since it allows u...
Copyright ©2010 IEEE. Reprinted from Antenna Technology (iWAT), 2010 International Workshop. This m...
AbstractA dual frequency, compact single probe-feed rectengular microstrip patch antenna with reduce...
A simple and compact inset fed dual band microstrip antenna is presented. The proposed antenna has a...
A rectangular microstrip patch antenna with differed pair of L-slots is presented. The proposed ante...
A single layer single feed rectangular microstrip antenna is designed and parametrically studied. Mu...
In this paper, we resolve two issues of microstrip antennas, which are miniaturization and efficienc...
This paper presents the design of a dual-band microstrip patch antenna for Wi-Fi that operates at 2....
Abstract. In this paper, a new dual-frequency, compact antenna, which uses an H-shaped microstrip pa...
AbstractThis paper presents miniaturization by introducing staircase shape at each edge of the patch...
This research proposes a dual-feed microstrip antenna using a peripheral slit for mobile communicati...
This paper proposes a compact double-layer microstrip patch antenna with a wide bandwidth of 4.83–6....
In this paper the design of a multi resonant patch antenna is presented. The conventional antenna is...
372-376This paper presents the study on a slot-etched rectangular patch antenna directly fed by th...
This paper presents the investigation based upon the resonant circuit approach to characterize the r...
A wireless Local Area Network (WLAN) application nowadays has become more popular. Since it allows u...
Copyright ©2010 IEEE. Reprinted from Antenna Technology (iWAT), 2010 International Workshop. This m...
AbstractA dual frequency, compact single probe-feed rectengular microstrip patch antenna with reduce...
A simple and compact inset fed dual band microstrip antenna is presented. The proposed antenna has a...
A rectangular microstrip patch antenna with differed pair of L-slots is presented. The proposed ante...
A single layer single feed rectangular microstrip antenna is designed and parametrically studied. Mu...
In this paper, we resolve two issues of microstrip antennas, which are miniaturization and efficienc...
This paper presents the design of a dual-band microstrip patch antenna for Wi-Fi that operates at 2....
Abstract. In this paper, a new dual-frequency, compact antenna, which uses an H-shaped microstrip pa...
AbstractThis paper presents miniaturization by introducing staircase shape at each edge of the patch...
This research proposes a dual-feed microstrip antenna using a peripheral slit for mobile communicati...
This paper proposes a compact double-layer microstrip patch antenna with a wide bandwidth of 4.83–6....
In this paper the design of a multi resonant patch antenna is presented. The conventional antenna is...
372-376This paper presents the study on a slot-etched rectangular patch antenna directly fed by th...
This paper presents the investigation based upon the resonant circuit approach to characterize the r...
A wireless Local Area Network (WLAN) application nowadays has become more popular. Since it allows u...
Copyright ©2010 IEEE. Reprinted from Antenna Technology (iWAT), 2010 International Workshop. This m...