Download the model files for this tutorial from the following link:
https://www.magnetics.de/downloads/Tutorials/5.FullWave/5.5MicrostripAntenna.zip
The following figure shows the electric field pattern at frequency 1.55 GHz.
This example shows a already complete model of a microstrip patch
antenna that is ready to solve. The model setup is very similar to the
’Dipole Antenna’ shown in a prior chapter. The interested reader can
check the model features and gain insights.
Download the model files for this tutorial from the following
link:
https://www.magnetics.de/downloads/Tutorials/5.FullWave/5.5MicrostripAntenna.zip
The following figure shows the electric field pattern at frequency 1.55
GHz.
Antenna impedance and reflection coefficients over frequency, as they
result from the frequency sweep solution, are shown below.
This example shows a already complete model of a PCB WiFi antenna
that is ready to solve. The model setup is very similar to the ’Dipole
Antenna’ shown in a prior chapter. The interested reader can check the
model features and gain insights.
Download the model files for this tutorial from the following
link:
https://www.magnetics.de/downloads/Tutorials/5.FullWave/5.6PCB_WiFiAntenna.zip
The following figure shows the electric field pattern at frequency 2.45
GHz.
Antenna impedance and reflection coefficients over frequency, as they
result from a frequency sweep solution, are shown below.
This example shows a already complete model of a Vivaldi antenna that
is ready to solve. The model setup is very similar to the ’Dipole
Antenna’ shown in a prior chapter. The interested reader can check the
model features and gain insights.
Download the model files for this tutorial from the following
link:
https://www.magnetics.de/downloads/Tutorials/5.FullWave/5.7VivaldiAntenna.zip
The following figure shows the electric field pattern at frequency 8.6
GHz.
Antenna impedance and reflection coefficients over frequency, as they result from a frequency sweep solution, are shown below.