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Make changes as required, then save the document into the next revision of the symbol. Accessing the command to launch direct editing of an existing symbol revision from within the Explorer panel. When you make a change to a domain model — be it a symbol, footprint model, or simulation model — the moment you save that change into a new revision of the model, any components that use that model will become effectively out of date, still using the previous revision.

In most cases, you will no doubt want to re-save those components, with the respective model links updated to use the latest revisions available. To streamline this process, a Workspace, in conjunction with Altium Designer, facilitates the ability to update related components — at the point of re-saving a model — after having made any modifications to that model through the direct editing feature.

The option to perform this update to the parent components can be found in the Create Revision dialog that appears when saving the modified symbol back to the target Workspace. Accessing the option to update related components that are referencing the symbol being re-saved. Once you click OK in the Create Revision dialog, the modified symbol is saved back to the Workspace, and its associated temporary editor closed.

All components referencing that symbol will be re-saved to use its new revision automatically the next revision of each component is automatically created and the save performed.

Example of automatic update in action. Here, the graphics for a symbol have been changed. The component that references the symbol is automatically updated — re-saved into its next revision, to use the new revision of the symbol.

Download the data stored in a revision of a symbol by right-clicking on that revision in the Explorer panel and choosing the Operations » Download command from the context menu. The schematic library file will be downloaded into a sub-folder under the chosen directory, named using the Item Revision ID. The file can be found in the Released folder therein. When connected to a Workspace, flexible functionality is available for removing a symbol directly from within Altium Designer:. The Delete Items dialog will appear, in which to confirm the deletion.

The action is actually a ‘soft delete’, whereby the symbol will be moved into the Trash area of the Workspace. The Trash is essentially a recycle bin into which any content within your Workspace can be moved through a soft delete action.

It is isolated from the rest of the Workspace. Soft deletion of a symbol from within the Explorer panel. The symbol will be moved to the Workspace’s Trash area. To proceed with the deletion, click the button. The symbol will be removed and a Deletion Summary dialog will confirm successful deletion.

If there was an issue with deletion, this will be flagged to you. The content deleted in this manner can be found on the Trash page of the Workspace’s browser interface.

Note that you can only view the content that you have personally soft deleted. Administrators will be able to see the full content of the Trash page — so all content that has been soft deleted. Symbols in a Workspace Connected to Altium Designer. Using Altium Documentation. Item Naming Scheme. The Item Naming Scheme employed for the parent folder can be changed at any time.

The modified scheme will then be applied to any subsequent newly-created content within that folder. Item Lifecycle Definition and Revision Naming. When connected to an Altium Workspace , note that lifecycle and revision naming management is not supported with the Standard Subscription Plan.

As such, this functionality will not be available with this level of access to Altium Once a schematic symbol has been saved into the initial revision of a Symbol Item, these schemes cannot be changed for that particular Item. Observing standard revision naming schemes and lifecycle definitions, across the various types of design content in a Workspace ensures smooth, consistent management of this content.

It is a good idea to add a Name and Description as part of the symbol’s definition. This information is used when searching the Workspace and enables quick identification of what a symbol offers.

One important thing to observe is that only the symbol graphics need be defined — the representation of the higher-level component within the schematic editing domain. It is not a ‘schematic component’ as defined for use in older file-based component management methodologies, where other models and parameters are defined as part of that schematic component.

A component needs only the graphical depiction of the symbol. It will include links to other domain models and parameters as part of its own definition. A Save to Server control is also conveniently provided to the right of the symbol’s entry, within the Projects panel itself. You can edit a symbol revision directly from the Models region by clicking the button, at the top-right of the symbol preview.

You can edit a symbol revision directly from the Model Links region by right-clicking and choosing the Edit command from the context menu. Right-clicking on the top-level entry for a symbol itself, in the Explorer panel, or right-clicking on the symbol entry in the Components panel will edit the latest revision of that symbol.

You can also update the revision of a symbol being used by a revision of a component directly on-the-fly, as part of editing that revision of that component. If the Component Editor is in Single Component Editing mode, edit a symbol revision directly from the Models region of the editor by clicking the button, at the top-right of the symbol preview. If the Component Editor is in Batch Component Editing mode, edit a symbol revision directly from the Model Links region by right-clicking and choosing the Edit command from the context menu.

Once the model itself is saved, this would naturally be the previous earlier revision, and no longer the latest. If you want to keep all related components using the current revision of the symbol, disable this option. Only the model itself will then be saved. Access the Download command from the top-level entry for a symbol itself, to download the schematic library file stored in the latest revision of that symbol.

Click the Explore button in the Download from Server dialog, to quickly explore to the download folder. With the soft-delete facility, you are able to delete a symbol that is currently being used. Multiple symbols can be deleted in a single action. Note that if you have soft-deleted a symbol — moving it to the Trash — you can create a new symbol with that same name again. If you were to subsequently restore the original symbol, and the original name is taken, an integer suffix will be used, to keep its name unique within the Workspace.

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– Altium designer 17 libraries free


This page details the improvements included in the initial release of Altium Designer 22, as well as those added in subsequent updates. Along with delivering a range of improvements that develop and mature the existing technologies, each update also incorporates a large number of fixes and enhancements across the software based on feedback raised by customers through the AltiumLive Community’s BugCrunch system, helping you continue to create cutting-edge electronics technology.

If you like what you see but are not yet a customer, why not take Altium Designer for a test drive? By filling out a simple form, you can try Altium Designer for free with 15 days of access to the full software. That’s right, the ability to evaluate the full Altium Designer experience with no technical limitations, giving you unfettered access to the world’s finest PCB design product. Click the link below, fill out the form, and see for yourself why more engineers and designers choose Altium than any other product available!

Altium Designer Free Trial. Release Notes for Altium Designer Version If your design includes variants with ‘Not Fitted’ components, these components will no longer have Paste Mask included on their pads. All Paste Mask output types have been updated to support this feature. Paste mask dark grey color is automatically excluded for Not Fitted components. Hover the cursor over the image to show a different variant of this board.

You can now change the layer for a tuning object Accordion, Trombone and Sawtooth through the Properties panel using the new Layer drop-down in the Properties region as shown below for an accordion object as an example. When pushing changes to a project that is under an external Git VCS or making such a project available online and the repository in which that design resides uses the SSH protocol for connection not supported by Altium Designer , you are now offered the choice to try to have that repository updated to use the supported HTTPS connection protocol instead provided the repository itself supports this protocol.

When multiple users are editing the same ‘soft-locked’ document that is part of a Workspace project, an associated conflict status icon appears in the Projects panel.

In this release, the conflict status icons provided by the soft-locking functionality are now actionable. You can click the icon to resolve the conflict by reverting your edits. The repository validation functionality has been disabled due to the inability to commit to an SVN repository. The functionality will be improved and restored in a future release. The feature that provides improved document VCS status has been disabled by default for the time being.

To recap, this feature turns the VCS icons for project documents in the Projects panel into active controls that can be clicked to access more specific information, along with commands to perform applicable actions.

If you have not experienced an impact on performance, you can simply enable this feature again. This feature is available when the UI. ActionableDocumentStatuses option is enabled in the Advanced Settings dialog. When there are a large number of documents open, they are grouped by document kind or by project using the Group documents by kind option on the System – View page of the Preferences dialog.

With this release, the list of documents is sorted alphabetically. When the option By document kind is enabled on the System – View page, documents are sorted alphabetically.

When the By project option is enabled, documents are sorted alphabetically within document type. An alphabetized grouping of schematic documents is shown in the image below as an example. This release added the ability to create and edit comments in a Draftsman document, similar to the existing ability in schematic and PCB documents. This feature gives you the option to automatically assign simulation models to components without models. To use this feature, click Assign Automatically in the Components without Models region under the Verification stage in the Simulation Dashboard panel.

The search will be sequentially performed in the following sources:. The models found will be assigned to the components, with pins automatically mapped between the component and simulation model. The results of the auto-assignment are displayed in the Simulation Dashboard panel.

If the simulation model cannot be correctly mapped to the component, this component will be listed under the Components with Partly Assigned Models entry in the Simulation Dashboard panel.

You can click the Edit Model link for the component to open the Sim Model dialog and edit the pin mapping. In this release, you can now quickly access the most popular simulation generic components resistor, capacitor, transistors, etc.

This feature allows for the custom naming of multi-functional pins. Use the new Functions field of the Pin mode of the Properties panel in a schematic library document to enter the desired custom name.

After clicking Enter , the custom alternate name will display below the field as shown in the image below. All Font Settings for the custom name are the same as the original pin name. In the Component mode of the Properties panel in a schematic document, the custom names are displayed on the Pins tab. Custom pin names can also be defined when creating a schematic symbol using the Symbol Wizard. Example of a pin name with slash characters in the Symbol Wizard. Hover the cursor over the image to see the properties of the generated symbol’s pin.

Display of pin names on schematic symbols can be managed by clicking on the name of a pin with custom names defined. In the pop-up window that opens, check the function names you would like to display on the schematic symbol. If no custom pin name is selected in the list, the default name will be shown. Example of a pop-up menu for a pin with custom pin names.

Hover the cursor over the image to see this pin after selecting some custom names. Therefore, the Unsupported multi-channel alternate item check is removed from the Error Reporting tab of the Project Options dialog. Component designators and net names in text frames that are placed on the schematic function as links and provide cross-probing capabilities within the schematic and printed PDFs.

Use the Properties region of the Text Frame mode of the Properties panel to define the link by using ‘ ‘ in the Text field to access a list of possible choices. Select the desired primitive to search for; the text frame now includes a link as shown in the second image below.

Any schematic design object that is placed outside of the schematic sheet boundaries can now be selected and moved. When an object is selected, the same set of operations and commands can be performed as for an object within the schematic sheet boundaries.

To provide you with a quick view of the current PCB design’s parameters, a new Parameters tab for the Board mode of the Properties panel has been added. The tab lists both system parameters e.

The parameter listing can be narrowed down using the filter buttons at the top of the panel. A parameter can be quickly placed as a special string using the Place button at the bottom of the list when the parameter is selected in the panel.

The Parameters tab for the Board mode of the Properties panel provides you with comprehensive parametric information on your PCB design. Features for comparing locally saved schematic documents with a commit or release of the Altium Workspace project for which these documents are constituent parts have been implemented. After selecting a command, the comparison results will be presented in a new tab of your default web browser.

An example of schematic comparison results. In this release, a new Design Reuse mode of the Properties panel has been implemented. When a selected schematic or PCB component is part of a reuse block placed in the design, this mode can be accessed by clicking the Reuse Block link provided in the Component mode of the panel.

The properties of the component’s parent reuse block will be presented in the panel. To return to the properties of the initially selected component, use the Component link. Access the reuse block properties from a component that is a part of this reuse block. The images above display accessing the properties from a schematic component.

Hover the cursor over the image to see access from a PCB component. General tasks tasks applied to the current project but are not associated with a project comment or document are now shown in the Comments and Tasks panel. These tasks are listed in the panel in a separate group under the entry of the project. For general tasks, the same content and attributes are shown in the panel as for regular tasks assignee, priority, etc.

General tasks are now listed in the Comments and Tasks panel. Each example demonstrates a real-world use case of simulation, complete with information on setting up the simulator and interpreting the results. In the Sim Data Editor, the Y-axis for simulation results can now be presented in logarithmic form in the same way that was previously possible for the X-axis. Use the Y Axis Setting dialog to configure the Y-axis to be presented in logarithmic form.

The following features have been taken out of Open Beta and have transitioned to Public in this release:. When this and the Jump to Results options are enabled, all found elements will be zoomed while other elements are dimmed according to the settings on the System — Navigation page of the Preferences dialog.

To give you more flexibility, differential pairs can now be defined using custom suffixes in the Diff Pairs region of the Project Options – Options dialog. Custom suffixes cannot be added if only one suffix of the pair is defined or if any of the suffixes are used in another pair of custom suffixes. The final goal of each PCB design is to get a correct and reliable set of assembly and fabrication outputs, and one purpose of any design tool is to provide a user with tools to find and resolve the issues that could arise during the design process before the design goes to production.

For example, PCB components could have degrees rotation value in previous versions of Altium Designer, but this situation is not allowed anymore in the current versions — the software will set such components to 0 degrees. To help you in detecting and resolving such issues, and some other issues that can arise under certain conditions, the concept of PCB Health Checks has been introduced.

These checks allow you to discover common issues in the PCB design, fix them, and avoid potential problems during the next stages of the design and manufacturing process.

The list of available PCB Health checks will grow up moving forward. The Board mode of the Properties panel available when no object is selected in the active PCB document has the new Health Check tab that enables you to configure, perform, and explore the results of the PCB Health Check. Recommendations for fixing the issues of a specific type can also be found on this tab of the panel. The new Health Check tab of the Properties panel is in the Board mode.

This button allows you to control visibility for the board shapes of the PCBs that are constituents of the selected board array. Use the Board Shape button to control the visibility of the board shape.

Hover the cursor over the image to see the difference between the enabled and disabled states. The Print dialog has been enhanced to streamline the configuration of the pages to be printed from a PCB design. Some options have been relocated and updated from bullets to highlighted boxes in order to improve the readability for our users. The Pages tab now includes Printout Properties options for the display of surface mounts, through-holes, and design views, as well as a Displayed Layers region to configure specific layers.

All copper layer objects with a net assignment of No Net will be checked. To run the check, click Tools » Design Rule Check.


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