![]() ![]() An integrated library is compiled from a Library package ( *.LibPkg), which is essentially a special-purpose project file, with the source schematic (*.SchLib) and PCB libraries (*.PcbLib) added to it as source documents. Doing this results in a single, portable library which holds all the models and symbols. It can also include a 3D definition, created by placing 3D Body objects, or by importing a STEP model.Īs well as working directly from the schematic and PCB libraries, you can also compile the component elements into an integrated library ( *.IntLib, stored locally). The footprint includes the electrical elements, such as the pads, as well as the mechanical elements, such as the component overlay, dimensions, glue dots, and so on. PCB footprints (models) are stored in PCB libraries (*.PcbLib), which are stored locally. Each symbol can become a component by adding links to a PCB footprint, then adding component parameters to detail the component's specifications. Schematic component symbols are created in schematic libraries (*.SchLib), which are stored locally. ![]() The following component storage options can be used in Altium Designer: Library Type placed directly from the Altium Content Vault, a globally accessible component storage system that contains thousands of components, each with a symbol, footprint, component parameters and links to suppliers.created in and placed from local libraries, or.The real-world component that gets mounted on the board is represented as a schematic symbol during design capture, and as a PCB footprint for board design. In the following section, you will locate and place the components you need, from the Vault. This section of the tutorial will explain the two different approaches to working with components (from libraries, or from the Vault). The project file, for example Multivibrator.PrjPCB, is an ASCII file that lists which documents are in the project, as well as other project-level settings, such as the required electrical rule checks, project preferences, and project outputs, such as print and CAM settings.Ī new project is created in the New Project dialog, as shown below.Ĭreate the new PCB project in the required location. In Altium's software, a PCB project is the set of design documents (files) required to specify and manufacture a printed circuit board. The first step is to create a PCB project. You're ready to begin capturing (drawing) the schematic. The circuit is shown below, it uses two general purpose NPN transistors configured as a self-running astable multivibrator. The design you will be capturing and then designing a printed circuit board (PCB) for is a simple astable multivibrator. To learn more about a command, dialog, object or panel, press F1 when the cursor is over that item. If you are new to Altium software then it is worth reading the Exploring Altium Designer page to learn more about the interface, information on how to use panels, and an overview of managing design documents. This tutorial will help you get started by taking you through the entire process of designing a simple PCB - from idea to outputs files. Welcome to the world of electronic product development in Altium's world-class electronic design software. Individual Outputs or an Output Job File.Configuring the Display of Rule Violations.Component Positioning and Placement options.Defining the Electrical Clearance Constraint.Physical Layers and the Layer Stack Manager.Configuring the Board Shape and Location.Compiling the Project to Check for Errors.Checking the Electrical Properties of Your Schematic.Finding a Component in the Content Vault.Making the Content Vault Available to Access Components.Locating a Component in an Available Library.Making Libraries Available to Access the Components.Components and Libraries in Altium Designer. ![]()
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