gen_stackup#

Stackup.gen_stackup(project, cca_name, board_thickness, board_thickness_unit, pcb_material_manufacturer, pcb_material_grade, pcb_material, conductor_layers_cnt, signal_layer_thickness, signal_layer_thickness_unit, min_laminate_thickness, min_laminate_thickness_unit, maintain_symmetry, power_layer_thickness, power_layer_thickness_unit)#

Generate a new stackup from given properties.

Available Since: 2021R2

Parameters:

  • project (str) – str: Name of the Sherlock project.

  • cca_name (str) – str: Name of the CCA.

  • board_thickness (float) – float: Board thickness.

  • board_thickness_unit (str) – str: Units for the board thickness.

  • pcb_material_manufacturer (str) – str: Manufacturer for the PCB material.

  • pcb_material_grade (str) – str: Grade for the PCB material.

  • pcb_material (str) – str: Material for the PCB.

  • conductor_layers_cnt (int) – int32: Number of conductor layers.

  • signal_layer_thickness (float) – float: Signal layer thickness.

  • signal_layer_thickness_unit (str) – str: Units for the signal layer thickness.

  • min_laminate_thickness (float) – float: Minimum thickness of laminate layers.

  • min_laminate_thickness_unit (str) – str: Units for the minimum thickness of laminate layers.

  • maintain_symmetry (bool) – bool: Whether to maintain symmetry.

  • power_layer_thickness (float) – float: Power layer thickness.

  • power_layer_thickness_unit (str) – str: Units for the power layer thickness.

Return type:

int

Returns:

:
int

Status code of the response. 0 for success.

Examples

>>> from ansys.sherlock.core import launcher
>>> sherlock, install_dir = launcher.launch_and_connect(transport_mode="wnua")
>>> sherlock.project.import_odb_archive(
>>>     "ODB++ Tutorial.tgz",
>>>     True,
>>>     True,
>>>     True,
>>>     True,
>>>     project="Test",
>>>     cca_name="Card",
>>> )
>>> sherlock.stackup.gen_stackup(
>>>     "Test",
>>>     "Card",
>>>     82.6,
>>>     "mil",
>>>     "Generic",
>>>     "FR-4",
>>>     "Generic FR-4",
>>>     6,
>>>     0.5,
>>>     "oz",
>>>     1.0,
>>>     "mil",
>>>     False,
>>>     1.0,
>>>     "mil"
>>> )