Ultra-wideband (UWB) with triple band notch characteristics was presented. WIMAX, WLAN and Meteorological Satellite (MSAT) frequency bandwidths were rejected in the UWB planar antenna composed from a single layer conductor element. Frequency bandwidths for WIMAX, WLAN and MSAT are allocated at 3.3~3.7, 5~6 and 7.4~8.4GHz, respectively. Conductor element etching method was used as the means to realize the band notch characteristics as it was considered convenient and simple. Two slits were etched on the ground plane while on the elliptical element, a single slit. The slits were designed for simplicity in the means of achieving the desired band notch characteristics. The proposed antenna design was compact and low profile. The ant...
In this work, a new ultra-wideband (UWB) antenna design with 2.08GHz to 12GHz impedance bandwidth an...
This paper proposed quadruple notched frequency bands ultra-wideband (UWB) antenna. The antenna is a...
During the last two decades, radar, remote sensing, and imaging applications have all made use of ul...
Ultra-wideband (UWB) with triple band notch characteristics was presented. WIMAX, WLAN and Meteorolo...
Ultra-wideband (UWB) with triple band notch characteristics was presented. WIMAX, WLAN and Meteorolo...
Band rejections for WLAN and WIMAX frequency bandwidths are realized in a UWB planar antenna utilizi...
Two-slits in a UWB planar antenna in the means of suppressing the frequency bandwidths for 56 and 3....
Two-slits in a UWB planar antenna in the means of suppressing the frequency bandwidths for 5~6 and 3...
A compact and low profile ultra wideband planar antenna comprises dual notched-band characteristics ...
Band rejections for WLAN and WIMAX frequency bandwidths are realized in a UWB planar antenna utilizi...
Band rejections for WLAN and WIMAX frequency bandwidths are realized in a UWB planar antenna utilizi...
Band rejections for WLAN and WIMAX frequency bandwidths are realized in a UWB planar antenna utilizi...
A single notched-band characteristic of an ultra-wideband is studied and presented. The designed ant...
Two-slits in a UWB planar antenna in the means of suppressing the frequency bandwidths for 5~6 and 3...
In this article, a novel design of ultra wideband monopole antenna with dual notched bands performan...
In this work, a new ultra-wideband (UWB) antenna design with 2.08GHz to 12GHz impedance bandwidth an...
This paper proposed quadruple notched frequency bands ultra-wideband (UWB) antenna. The antenna is a...
During the last two decades, radar, remote sensing, and imaging applications have all made use of ul...
Ultra-wideband (UWB) with triple band notch characteristics was presented. WIMAX, WLAN and Meteorolo...
Ultra-wideband (UWB) with triple band notch characteristics was presented. WIMAX, WLAN and Meteorolo...
Band rejections for WLAN and WIMAX frequency bandwidths are realized in a UWB planar antenna utilizi...
Two-slits in a UWB planar antenna in the means of suppressing the frequency bandwidths for 56 and 3....
Two-slits in a UWB planar antenna in the means of suppressing the frequency bandwidths for 5~6 and 3...
A compact and low profile ultra wideband planar antenna comprises dual notched-band characteristics ...
Band rejections for WLAN and WIMAX frequency bandwidths are realized in a UWB planar antenna utilizi...
Band rejections for WLAN and WIMAX frequency bandwidths are realized in a UWB planar antenna utilizi...
Band rejections for WLAN and WIMAX frequency bandwidths are realized in a UWB planar antenna utilizi...
A single notched-band characteristic of an ultra-wideband is studied and presented. The designed ant...
Two-slits in a UWB planar antenna in the means of suppressing the frequency bandwidths for 5~6 and 3...
In this article, a novel design of ultra wideband monopole antenna with dual notched bands performan...
In this work, a new ultra-wideband (UWB) antenna design with 2.08GHz to 12GHz impedance bandwidth an...
This paper proposed quadruple notched frequency bands ultra-wideband (UWB) antenna. The antenna is a...
During the last two decades, radar, remote sensing, and imaging applications have all made use of ul...