NormalMode#

class ansys.aedt.toolkits.antenna.backend.antenna_models.helix.NormalMode(*args, **kwargs)[source]#

Manages a normal mode helix antenna.

Notes

[1]

C. Balanis, “Wideband and Travelling-Wave Antennas,” Modern Antenna Handbook, New York, 2008.

Methods

`NormalMode.create_3dcomponent`([...])	Create a 3D component of the antenna.
`NormalMode.create_lattice_pair`([...])	Create a lattice pair box.
`NormalMode.duplicate_along_line`(vector[, ...])	Duplicate the object along a line.
`NormalMode.init_model`()	Create a radiation boundary.
`NormalMode.model_disco`()	Model in PyDiscovery.
`NormalMode.model_hfss`()
`NormalMode.set_variables_in_hfss`([not_used])	Create HFSS design variables.
`NormalMode.setup_disco`()	Set up model in PyDiscovery.
`NormalMode.setup_hfss`()	Set up an antenna in HFSS.
`NormalMode.synthesis`()
`NormalMode.update_synthesis_parameters`(...)	Update the synthesis parameter from the antenna list.

Attributes

`NormalMode.antenna_type`
`NormalMode.coordinate_system`	Reference coordinate system.
`NormalMode.direction`	Helix direction.
`NormalMode.excitation_type`	Excitation type.
`NormalMode.feeder_length`	Helix feeder length.
`NormalMode.frequency`	Center frequency.
`NormalMode.frequency_unit`	Frequency units.
`NormalMode.gain`	Helix expected gain.
`NormalMode.length_unit`	Length unit.
`NormalMode.material`	Helix material.
`NormalMode.name`	Antenna name.
`NormalMode.origin`	Antenna origin.
`NormalMode.outer_boundary`	Outer boundary.