Define a compact model per BB type


The attributes and elements are shown below, in a sorted per type fashion.
In case a list is printed after an element, it indicates that you can have many, otherwise it should be a single element. With a optional it tells the element is not required.

name="..." ... > ...
  <doc> ... </doc>   list
  <parameter> ... </parameter>   list
  <property> ... </property>   list
  <tex> ... </tex>   list


The schema file can be downloaded or viewed at xPDK_CompactModel_List.



Type pdaDocumentation documentation: Document anything relevant for the topic you want to define.

This field allows some (short, few lines) documentation to be written. It can be a long string, but the idea is not to replace a design manual.
This fields is like tex which allows documentation in LaTex format; doc is restricted to plain text.


Short name of the model. Type pdaIdentifier documentation: Defines a valid name for an identifier.

Identifiers are used in the Python library for the getName() and setName() function and can thus be used to identify the different elements in lists.
In text the specification is a letter, followed by letters, numbers, underscore or dot. The XSD schema validation is a regular expression: [A-Za-z]([A-Za-z0-9_])*


Define the parameters that are expected in a model.
The parameters of the model define what a simulator can use to vary within a model. So for a spectral tansfer, you can set the wavelength for example.
If the circuit simulator does not set the value, the model will use the default.
Type pdaNamedValue documentation: Create a named value with expression / type support.


The properties of a model define what per port/mode combination needs to be defined in the model tables (or equations). This is mostly relevant for the data tables in CSV format as it may be unclear what options there are. Type pdaPropertyValue documentation: Define a property.


Type pdaTexDocumentation documentation: