The Design Of Antipodal Vivaldi Antenna Using Graphene.
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Thus, our research provided important parameters, such as return loss, antenna gain and directivity, antenna radiation patterns, and antenna power measurements which provide the
Next, the simulation process will take place to simulate the antenna parameters such as radiation pattern, return loss and gain by using Computer Simulation Technology (CST)
The antenna is designed, simulated and optimized using computer simulation technology (CST) microwave studio software and good results have been obtained in terms
Besides, in all cases of the thickness of the substrate, the antenna also resonated at 20.3 GHz with a reflection coefficient of around K- bands for other purposes applications with
I also like to thanks most of the technicians from Microwave Technology Center Laboratory, for rendering their professional skills to help me in VNA test measurement and lab assistant
It is observed that the proposed design Ant 4 enhanced the antenna performances in these aspects, better antenna efficiency, wide bandwidth, high realized gain, and compact size have
Figure 6, shows the reflection parameter S11-parameter and gain for the filtering antenna, which is designed on RT/Duroid 5880 dielectric substrate with height h = 30.944 mil and
The gain of the antennas single layer, double layer, diagonally slotted, and corner slotted antennas lies between 0.16-1.38 dB However, corresponding directivity lies between 4.14-3.98
