Multiple band-stop bow-tie slot antennas for multiband wireless systems

Analysis and Design of Bowtie Antenna with Different Shapes and Structures

“…Similarly, for practical design of microstrip patch antenna, it is essential that the ground plane should be greater than the actual patch dimensions by about six times the substrate thickness [14][15][16]. Thus, the dimensions of the ground plane may be given as…”

“…In aperature coupled feeding, the radiating patch is etched on the top of the antenna substrate and feed line is etched on the bottom of substrate. The thickness and dielectric constants of these two substrates may thus be chosen independently to optimize the distinct electrical functions of radiation and circuitry [15] [ 16].…”

A Triple-Band Bow-Tie-Shaped CPW-Fed Slot Antenna for Wlan Applications

“…Many authors have contributed significantly to the study of CPW-fed slot antennas [1][2][3][4][5][6][7][8]. In [1], the proposed broadband antennas, a new quasi-metallic-wall technique for improving the gain of CB-CPW single antenna and arrays, are presented as having desirable features for UWB applications.…”

“…In [4], a dual-band CPW-fed hybrid antenna consisting of a 5.4 GHz high-band inductive slot antenna and a 2.4 GHz low-band F-shaped monopole antenna is proposed. A number of CPW-fed slot antennas have been proposed [5][6][7][8].…”

A novel UWB CPW-fed ring-shaped antenna with band-notched characteristics

“…For example, in [7], 2 slot resonators with quarter wavelength and half wavelength configurations were embedded into the arc-shaped ground plane to notch the WLAN from the UWB. In [8], embedding the slot with a pair of stubs and counterbalancing the resultant magnetic field led to the filtering of the WLAN from the UWB. In the antenna presented in [9], the band notches were realized by the inclusion of independent controllable strips to the fork shape of the UWB antenna.…”