cyai
Member level 2

zeland ie3d
I use three kinds of EM software to simulate PIFA, and I compare with the EM softwares.
1. IE3D, Moment of Method (MoM), suitable for 2-D planar antenna simulation.
resource support: low
2. CST, Perfet Boundary Approximation (PBA), suitable for 3-D antenna simulation
resoucre support: medium
3. HFSS, Finite Element Method (PEM), suitable for 3-D antenna simulation.
resource support: high
CST and HFSS are 3-D antenna simulator, but CST is a Time-Domain simulator; HFSS is a Frequency-Domain simulator. Although they have the similar results, CST can save simulation time more than HFSS.
By the way, CST is able to simulate UWB antenna from 2 ~ 13 GHz directly, without setting convergence region. But HFSS need to separate 2 or 3 convergence regions simulating UWB antenna.
I use three kinds of EM software to simulate PIFA, and I compare with the EM softwares.
1. IE3D, Moment of Method (MoM), suitable for 2-D planar antenna simulation.
resource support: low
2. CST, Perfet Boundary Approximation (PBA), suitable for 3-D antenna simulation
resoucre support: medium
3. HFSS, Finite Element Method (PEM), suitable for 3-D antenna simulation.
resource support: high
CST and HFSS are 3-D antenna simulator, but CST is a Time-Domain simulator; HFSS is a Frequency-Domain simulator. Although they have the similar results, CST can save simulation time more than HFSS.
By the way, CST is able to simulate UWB antenna from 2 ~ 13 GHz directly, without setting convergence region. But HFSS need to separate 2 or 3 convergence regions simulating UWB antenna.