Corrugated#
- class ansys.aedt.toolkits.antenna.backend.antenna_models.horn.Corrugated(*args, **kwargs)[source]#
Manages a corrugated horn antenna.
This class is accessible through the app hfss object [1].
- Parameters:
- frequency
float
,optional
Center frequency. The default is
10.0
.- frequency_unit
str
,optional
Frequency units. The default is
"GHz"
.- material
str
,optional
Horn material. If a material is not defined, a new material,
parametrized
, is defined. The default is"pec"
.- outer_boundary
str
,optional
Boundary type to use. The default is
None
. Options are"FEBI"
,"PML"
,"Radiation"
, andNone
.- length_unit
str
,optional
Length units. The default is
"mm"
.- parametrizedbool,
optional
Whether to create a parametrized antenna. The default is
True
.
- frequency
- Returns:
aedt.toolkits.antenna.CorrugatedHorn
Corrugated horn object.
Notes
[1]C. Balanis, “Horn Antennas,” Antenna Theory Analysis, 3rd ed. Hoboken: Wiley, 2005, sec. 13.6, pp. 785-791.
Examples
>>> from ansys.aedt.toolkits.antenna.backend.antenna_models.horn import Corrugated >>> import ansys.aedt.core >>> app = ansys.aedt.core.Hfss() >>> oantenna1 = Corrugated(app) >>> oantenna1.frequency = 12.0 >>> oantenna1.model_hfss() >>> oantenna1.setup_hfss() >>> app.release_desktop(False, False)
Methods
Create a 3D component of the antenna.
Create a lattice pair box.
Corrugated.duplicate_along_line
(vector[, ...])Duplicate the object along a line.
Create a radiation boundary.
Model in PyDiscovery.
Draw a conical horn antenna.
Corrugated.set_variables_in_hfss
([not_used])Create HFSS design variables.
Set up in PyDiscovery.
Set up an antenna in HFSS.
Antenna synthesis.
Update the synthesis parameter from the antenna list.
Attributes
Reference coordinate system.
Center frequency.
Frequency units.
Length unit.
Horn material.
Substrate material properties.
Antenna name.
Antenna origin.
Outer boundary.