`PadstackDef`#

class pyedb.grpc.database.definition.padstack_def.PadstackDef(pedb, edb_object)#

Manages EDB functionalities for a padstack.

Parameters:

edb_padstack
ppadstackstr: Inherited AEDT object.

Examples

>>> from pyedb import Edb
>>> edb = Edb("myedb", version="2026.1")
>>> edb_padstack = edb.padstacks.definitions["MyPad"]

Overview#

Constructors

create

Create a new padstack definition.

Methods

`convert_to_3d_microvias`	Convert actual padstack instance to microvias 3D Objects with a given aspect ratio.
`split_to_microvias`	Convert actual padstack definition to multiple microvias definitions.
`get_pad_parameters`	Pad parameters.
`set_pad_parameters`
`get_hole_parameters`
`set_hole_parameters`
`get_solder_parameters`
`set_solder_parameters`

Properties

`id`	Padstack definition ID.
`is_null`	Check if the padstack definition is null.
`instances`	Definitions Instances.
`name`	Padstack definition name.
`data`	Padstack definition data.
`layers`	Layers.
`start_layer`	Starting layer.
`via_start_layer`	Via starting layer.
`stop_layer`	Stopping layer.
`via_stop_layer`	Via stop layer.
`material`	Return hole material name.
`hole_diameter`	Hole diameter.
`hole_type`	Holy type.
`edb_hole_type`	EDB hole type.
`hole_offset_x`	Hole offset for the X axis.
`hole_offset_y`	Hole offset for the Y axis.
`hole_rotation`	Hole rotation.
`pad_by_layer`	Pad by layer.
`antipad_by_layer`	Antipad by layer.
`thermalpad_by_layer`	Thermal by layer.
`hole_plating_ratio`	Hole plating ratio.
`hole_plating_thickness`	Hole plating thickness.
`hole_finished_size`	Finished hole size.
`hole_range`	Get hole range value from padstack definition.

Attributes

`core`
`PAD_SHAPE_PARAMETERS`
`PAD_SHAPE_KEYS`
`SOLDER_SHAPE_TYPE`
`SOLDER_PLACEMENT`

Import detail#

from pyedb.grpc.database.definition.padstack_def import PadstackDef

Property detail#

property PadstackDef.id: int#: Padstack definition ID.

property PadstackDef.is_null#: Check if the padstack definition is null.

property PadstackDef.instances: list[pyedb.grpc.database.primitive.padstack_instance.PadstackInstance]#

Definitions Instances.

Returns:

List[PadstackInstance]: Dict of PadstackInstance objects.

property PadstackDef.name#: Padstack definition name.

property PadstackDef.data#

Padstack definition data.

Returns:

PadstackDef: Padstack definition data object.

property PadstackDef.layers: list[str]#

Layers.

Returns:

list[str]: List of layer names.

property PadstackDef.start_layer#

Starting layer.

Returns:

str: Name of the starting layer.

property PadstackDef.via_start_layer#

Via starting layer.

.deprecated Use: :method:`start_layer ` instead.

Returns:

str: Name of the via starting layer.

property PadstackDef.stop_layer#

Stopping layer.

Returns:

str: Name of the stopping layer.

property PadstackDef.via_stop_layer#

Via stop layer.

.deprecated Use :method:`stop_layer ` instead.

Returns:

str: Name of the via stop layer.

property PadstackDef.material#

Return hole material name.

Returns:

str: Hole material name.

property PadstackDef.hole_diameter: float | None#

Hole diameter.

Returns:

float: Diameter value.

property PadstackDef.hole_type: float#

Holy type.

Returns:

float: hole type.

property PadstackDef.edb_hole_type#

EDB hole type.

Returns:

str: Hole type.

property PadstackDef.hole_offset_x: float#

Hole offset for the X axis.

Returns:

float: Hole offset value for the X axis.

property PadstackDef.hole_offset_y: float#

Hole offset for the Y axis.

Returns:

float: Hole offset value for the Y axis.

property PadstackDef.hole_rotation: float#

Hole rotation.

Returns:

float: Value for the hole rotation.

property PadstackDef.pad_by_layer: dict[str, PadProperties]#

Pad by layer.

Returns:

Dict[str, PadProperties]: Dictionary with layer as key and PadProperties as value.

property PadstackDef.antipad_by_layer: dict[str, PadProperties]#

Antipad by layer.

Returns:

Dict[str, PadProperties]: Dictionary with layer as key and PadProperties as value.

property PadstackDef.thermalpad_by_layer: dict[str, PadProperties]#

Thermal by layer.

Returns:

Dict[str, PadProperties]: Dictionary with layer as key and PadProperties as value.

property PadstackDef.hole_plating_ratio: float#

Hole plating ratio.

Returns:

float: Percentage for the hole plating.

property PadstackDef.hole_plating_thickness: float#

Hole plating thickness.

Returns:

float: Thickness of the hole plating if present.

property PadstackDef.hole_finished_size: float#

Finished hole size.

Returns:

float: Finished size of the hole (Total Size + PlatingThickess*2).

property PadstackDef.hole_range: str | None#

Get hole range value from padstack definition.

Returns:

str: Possible returned values are "through", "begin_on_upper_pad", "end_on_lower_pad", "upper_pad_to_lower_pad", and "undefined".

Attribute detail#

PadstackDef.core#

PadstackDef.PAD_SHAPE_PARAMETERS#

PadstackDef.PAD_SHAPE_KEYS#

PadstackDef.SOLDER_SHAPE_TYPE#

PadstackDef.SOLDER_PLACEMENT#

Method detail#

classmethod PadstackDef.create(edb, name: str)#: Create a new padstack definition.

PadstackDef.convert_to_3d_microvias(convert_only_signal_vias=True, hole_wall_angle=15, delete_padstack_def=True) → bool#

Convert actual padstack instance to microvias 3D Objects with a given aspect ratio.

Parameters:

convert_only_signal_viasbool, optional: Either to convert only vias belonging to signal nets or all vias. Defaults is True.
hole_wall_anglefloat, optional: Angle of laser penetration in degrees. The angle defines the lowest hole diameter with this formula: HoleDiameter -2*tan(laser_angle* Hole depth). Hole depth is the height of the via (dielectric thickness). The default is 15. The lowest hole is 0.75*HoleDepth/HoleDiam.
delete_padstack_defbool, optional: Whether to delete the padstack definition. The default is True. If False, the padstack definition is not deleted and the hole size is set to zero.

Returns:

True when successful, False when failed.

PadstackDef.split_to_microvias() → list[pyedb.grpc.database.primitive.padstack_instance.PadstackInstance] | bool#

Convert actual padstack definition to multiple microvias definitions.

Returns:

List[PadstackInstance]

PadstackDef.get_pad_parameters()#

Pad parameters.

Returns:

dict

params = { ‘regular_pad’: [

{‘layer_name’: ‘1_Top’, ‘shape’: ‘circle’, ‘offset_x’: ‘0.1mm’, ‘offset_y’: ‘0’, ‘rotation’: ‘0’, ‘diameter’: ‘0.5mm’}

], ‘anti_pad’: [

{‘layer_name’: ‘1_Top’, ‘shape’: ‘circle’, ‘offset_x’: ‘0’, ‘offset_y’: ‘0’, ‘rotation’: ‘0’, ‘diameter’: ‘1mm’}

], ‘thermal_pad’: [

{‘layer_name’: ‘1_Top’, ‘shape’: ‘round90’, ‘offset_x’: ‘0’, ‘offset_y’: ‘0’, ‘rotation’: ‘0’, ‘inner’: ‘1mm’, ‘channel_width’: ‘0.2mm’, ‘isolation_gap’: ‘0.3mm’},

], ‘hole’: [

{‘layer_name’: ‘1_Top’, ‘shape’: ‘circle’, ‘offset_x’: ‘0’, ‘offset_y’: ‘0’, ‘rotation’: ‘0’,
‘diameter’: ‘0.1499997mm’},

]

}

PadstackDef.set_pad_parameters(param)#

PadstackDef.get_hole_parameters()#

PadstackDef.set_hole_parameters(params)#

PadstackDef.get_solder_parameters()#

PadstackDef.set_solder_parameters(parameters)#

PadstackDef#

Overview#

Import detail#

Property detail#

Attribute detail#

Method detail#

`PadstackDef`#