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- Offline Integrated Library Maker Wizard | Altium Designer User Manual | Documentation
All source libraries - symbol and linked models - are defined within an Integrated Library Package project, which is subsequently compiled into a single file; an Integrated Library , or IntLib. This document takes a look at the various ways in which an integrated library may be created, as well as placement from, and modification to, such a library.
LibPkg is a type of Altium Designer project which is used to gather together the set of design documents required to produce an integrated library. These are stored across one or more schematic library files. The only document that must be added to the integrated library package is the schematic library or libraries.
Create a new integrated library package by choosing the File » New » Project command from the main menus. In the New Project dialog that appears, set the Project Type to Integrated Library , specify the name and location for the project, and also its type - Regular , VCS version controlled , or Managed as part of an Altium Vault installation - along with any related options pertinent to that type, as applicable.
After clicking OK , the new, shell library package project will be added to the Projects panel , initially containing no documents.
LibPkg through the New Project dialog. SchLib containing the components required. For each component, add the required model links and parametric information. There are two ways to create a source schematic library:. With the source schematic library or libraries prepared, simply add to the library package, using one of the following methods:.
Source SchLib added to the library package. Create the models - referenced by the schematic components - in their corresponding files. Ckt files respectively. With the model files defined, they now need to be made available to the library package, so that they can easily be located when required - remember, the models are referenced by or linked to the schematic components. Altium Designer has a standard system for making models available, regardless of whether you are building an integrated library package, or working on a schematic design.
There are three ways of making models available:. There are advantages to each, so choose the method that best suits your work practices. In this case, define a search path to the folder where the simulation models are stored, and add the PCB library to the library package. Collectively, these three methods of model availability form the Available Libraries available to a project , and can all be defined from within the Available Libraries dialog - accessed by clicking the Libraries button at the top-left of the Libraries panel.
If the schematic library editor grid is not visible when the dialog is closed, press Page Up to zoom in until it is visible. Note that zooming occurs around the cursor, so keep the cursor close to the origin as you zoom in. The Place Line toolbar button Using the following image and the grid lines as guides, place the vertical line. Click once to place the first end of the line then move the mouse to the location of the other end and click to place it, then right-click or press Esc to end placement of this line.
Note that you are still in line placement mode, as indicated by the cross-hair on the cursor. Placed NPN body. The Place Polygon toolbar button. Before placing the polygon, press the Tab key to open the Polygon dialog to define the properties. The Graphical tab settings of the Polygon dialog. In the workspace, click to place each vertex of the triangle arrowhead then right-click to end.
Right-click or press Esc to end polygon placement mode. Double-click the placed polygon to open the Polygon dialog. Click on the Vertices tab in the dialog and set the vertices for the placed polygon.
The image below shows the coordinates of the polygon vertices. The Vertices tab settings of the Polygon dialog. Component pins give a component its electrical properties and define connection points on the component.
They also have graphical properties. To place pins on the component:. Define the pin attributes using the Pin Properties dialog. NPN symbol with pin names and numbers visible. Editing the visibility of the pin name and number for all 3 pins. Review and edit all pins in the Component Pin Editor dialog. Perform the following steps to set the component's properties:. Basic component properties are defined in the Library Component Properties dialog. You can add any number of PCB footprint models to a schematic component, as well as model files that are used for circuit simulation and signal integrity analysis.
If a component has multiple models for example multiple footprints , you can select the appropriate model in the Library Component Properties dialog when you place the component on a schematic. In terms of sourcing the models, you can create your own or download a vendor's model file from the web.
Wherever possible, Spice models used for circuit simulation. If you are creating a new component, you would typically source the Spice model from the device vendor's website. The Schematic library editor's Model Manager dialog Tools » Model Manager enables you to view and organize your component models. For example, you can add the same model to multiple, selected components. Click the highlighted caret symbol to access the Model region of the workspace.
When you add a model to a component in the Schematic Library Editor, the model is linked; the model data is not copied and stored in the schematic component. This means the linked models must be available both during library creation and when the component is placed on a schematic sheet. When you are working in the library editor, the link from the component to the model information is resolved using the following valid search locations:.
Refer to the Understanding Models, Components and Libraries document for more information about the way models are searched for in the Schematic Library Editor and the Schematic Editor. In this document, we will use different methods of linking the components and its model files.
When the library package is compiled to create the integrated library, the various models are copied from their source locations into the final integrated library.
First, we will add the model that represents the component in the PCB Editor - the footprint also known as a 'pattern' or 'decal' in other design tools. The footprint we will use for our schematic component is named "BCY-W3".
Adding a footprint model to the component. Search for footprint libraries using the Browse Libraries dialog. Searching the footprint libraries for the desired footprint in the Libraries Searc h dialog. Select the desired footprint in the Browse Libraries dialog. The footprint model has been added to the component.
Make any necessary Pin-Pad mapping edits in the Model Map dialog. Component parameters are a means of defining additional information about the component. This could include data your company needs in the BOM, manufacturer's data, a reference to the component datasheet, design instruction information, such as design rules or assignment to a PCB class, etc.
Parameters can be used to add any useful information that you might need for a component and are configured in the Parameter Properties dialog. Use the following steps to add a parameter to a schematic component:. Parameters can be used to create links from the component to reference material, such as data sheets. Linkage is established by adding specific component parameters.
One approach is to use the F1 key to access a referenced document. The other, which caters to multiple references, uses the right-click context menu. If a component includes a parameter with the reserved name HelpURL , then the URL will be resolved when the F1 key is pressed while the cursor is hovering over the component. The second technique supports multiple links and naming of each link.
In this situation, you add a pair of parameters: one that points to the linked document or URL and the second that defines a label or description for the link. The parameter pairs are defined as follows. Any number of links can be defined using the same parameter pair with the number incremented.
When you right-click on a component that uses datasheet linking, a Reference menu entry appears with an entry for each component link in the sub-menu. Working with Integrated Libraries in Altium Designer. Using Altium Documentation. Gathering model libraries into the project or locating them by search paths depends on your particular working style.
If checking and editing models while preparing the integrated library package, you may want to have the model libraries right at your fingertips, and so add them to the package itself.
If continually adding model libraries to specific folders on a hard drive or network, then you may prefer to use the search paths, letting the compiler detect newly added libraries automatically. When making a schematic library from placed components in an existing design project, all source schematic documents will be opened automatically. SearchPaths option must be enabled in the Advanced Settings dialog — accessed by clicking the Advanced button, on the System — General page of the Preferences dialog.
You will need to restart Altium Designer for the change to this setting to take effect. PcbLib , it is recommended that you compile your schematic libraries in an integrated library package if only to ensure that the source components will map correctly to the target models. The currently installed libraries can be viewed from the Data Management — File-based Libraries page of the Preferences dialog and from the Installed tab of the Available File-based Libraries dialog , which is accessed by clicking the at the top-right of the Components panel then selecting File-based Libraries Preferences.
If you need to acquire additional components into the same IntLib, click the Add More Items link, and choose the Select entry to access the Choose Item dialog a 'trimmed-down' version of the Explorer panel. From here you can browse the source Workspace for more Items. Alternatively, choose the Add manually entry to access the Add new items dialog. This dialog allows you to paste an external list of items that you require one item per line , and which can then be searched for within the source Workspace, using a chosen search criteria GUID , Item ID , Name , or MPN.
By using the Place button method, multiple instances of a component can be placed since this method remains in placement mode until right-clicking or pressing Esc. The drag-and-drop method feels more immediate but is 'single-shot' in nature. A path to the folder containing the source library and model files where applicable is automatically added on the Search Paths tab of the Options for Integrated Library dialog Project » Project Options — ensuring that any models especially.
The library package is not automatically saved. Determine where and under what name the project is to be saved — by default, the file will be saved in the same folder as the extracted source files. Printer-friendly version. To find a component within the current library, either scroll to find it in the list of components or use the filter field to perform a string search on the component Name field.
Filter the list of components to quickly locate the required component. Incremental search is the name given to searching as you type. To do this in the current library, click on the first entry in the list of components, then start typing the name of the component you want to search for. The list will automatically jump to the component whose name matches the string you are typing.
To perform an incremental search on the contents of a different column, drag and drop that column to be the left-most column. When you do not know which library contains the component, or if it is even available, you can search for it.
To search for a component, click the Search button at the top of the panel, which opens the Libraries Search dialog. Use the Libraries Search dialog to search for a component or footprint. The Filters region is used to define text strings that are to be applied to searching. There are three regions that must be configured:. If the search Scope is Libraries on path , the Field drop-down will only display previously used strings.
If the Scope is Available libraries , then the drop-down will automatically list all attributes of all components in all available libraries.
Select the required attribute. For example, if you wanted to find a component that you think is in a library within specific folders on the hard disk and that library was not currently listed in the Available Libraries , you would define the search as follows:. In the default mode, the Libraries Search dialog converts the Filters settings to a query, which is then applied to the libraries currently targeted by the Scope.
You can see this query, as well as manually enter your own, by clicking Advanced to switch the dialog to the Advanced mode as shown in the image below.
In the Advanced mode, a query of any complexity can be defined. The top section of the dialog, which is referred to as the Query Editor section, allows you to construct filters through the entry of logical queries.
In this mode, you can type a query directly into the field. A collection of Altium libraries and DRC rules collected over time. Add a description, image, and links to the altium-library topic page so that developers can more easily learn about it. Curate this topic. To associate your repository with the altium-library topic, visit your repo's landing page and select "manage topics. Learn more. Skip to content. Here are 36 public repositories matching this topic Language: All Filter by language.
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