A planar triangular monopole antenna for UWB communication

A novel fractal antenna based on the Sierpinski structure for super wide‐band applications

“…As can be seen, the proposed antenna does not achieves miniaturization, because it is based on the Sierpinski technique, which is used to produce a multiband effect. However, the proposed antenna has a superior bandwidth (175.72%) than the other works presented in Table 2 [1,[27][28][29][30].…”

Design of a compact ultra-wideband antenna

“…Table 1 shows dimensions of the designed antennas generated using Eqs. (1)- (7). Figure 2 shows variations of the return loss (RL) versus frequency for the designed antennas using DuPont951 and RT6010LM substrates.…”

“…Several methods have been proposed recently in order to realize a planar UWB antenna with suitable radiation characteristics. Examples include a planar volcano-smoke slot antenna [3,4], a coplanar waveguide fed bowtie/triangular patch antenna [5], a multistructure coplanar waveguide (CPW)-fed [6], and planar monopole antennas [7]. The main drawback for the abovementioned designs is that they use a trial-and-error method with the help of a simulation tool to get the desired response.…”

A compact printed triangular monopole antenna for ultrawideband applications

“…In this communication, a novel printed triangular monopole antenna (PTMA) with enhanced bandwidth is proposed for UWB applications. The proposed antenna structure has wide bandwidth and is small in size compared to the antenna dimensions reported in . The impedance bandwidth of the proposed triangular monopole antenna is greatly improved by introducing a transition between the microstrip feed line and the printed triangular patch with the round‐corner ground plane.…”

“…Oraizi and Hedayati carried out a combination of GiusepePeano and Sierpinski Carpet fractals shaped for wideband impedance matching. As is well known, UWB antennas with various shapes such as cone shaped , triangular shaped , circular shaped , fork shaped , elliptical shaped , and inverted‐F shaped were reported in literature. However, small size and wide bandwidth is essentially required for UWB applications.…”