The E And H Antenna Design For Broadband Application.
Teks penuh
Gambar
Dokumen terkait
on the parameter of antenna required to obtain the optimized value of the reflection coefficient, gain, beamwidth, realized gain and directivity are required. However, the
Based on the simulation and measurement conducted, the dual-band e-shaped antenna provided higher gain compared to the previous dual-band e-shaped antenna designed using the
The measurement show, the dual polarization microstip array antennas demonstrate larger bandwidth and increase the gain response compared to the single
The performances of the antenna with 0.92 GHz and PEC ground plane are studied including the input return loss, radiation efficiency, directivity and gain.. Figure 8 plots the
4.8 Simulated return loss for optimum design of planar Vivaldi antenna 58 4.9 Simulated radiation patterns for E -plane and H -plane 59 4.10 Simulation design of
The effects of slot width, rectangular patch height, and substrate dielectric constant have been evaluated like return loss, VSWR, gain along θ, φ directions, radiation pattern in
Simulation results of 3D linear radiation pattern in all states of the proposed antenna Table 3 summarizes all simulation results of the proposed antenna, including the resonance
b Radiation pattern - Efficiency evaluation Efficiency = power at the antenna input radiated power Takes into account: input mismatch loss into the antenna loss into the
