Graphene–Based Rectangular Microstrip Patch Antenna Using CST Software.
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At different frequencies, different parts of the antenna radiate, while the radiating part is constant in wavelength. Thus the antenna theoretically has an infinite
E-field distribution for integrated rectangular SIW filter and rectangular microstrip patch antenna in single mode (TE 10 ) at
The objective of this project is to design, simulate, fabricate and analyze the microstrip patch antenna at frequency 2.45 GHz using textile material as the
Tuneable rectangular MPA; (a) Proposed design in CST-MWS and (b) Dimensions of the graphene strips implanted in the radiating
The geometry of a single patch antenna using two slots with different height for dual frequency operation feed by microstrip feed line can be shown in Figure 1a and 1b.. The
ANNs have been used to determine the patch antenna's resonance frequency at the suggested dielectric constant, height, length, and width [10].Using ANN based on multilayer perceptrons
PARAMETER OF PROPOSED ANTENNA Design of dual band Microstrip Patch Antenna Total Width of the PatchWt 53mm Effective dielectric constant of the patch 2.2 Total Length of the patchLt
1 Where c is the velocity of light, εr is the dielectric constant of substrate, f is the antenna working frequency, W is the patch non resonant width, and the effective dielectric
