PCB Tutorial

1. From the Home ribbon of the PollEx Launcher, click PollExPCB.

   
   
   Figure 1.

2. From the menu bar, click File > Open and open the PollEx_PCB_Sample_r1.0.pdbb file from C:\ProgramData\altair\PollEx\<version>\Examples.
3. From the View tab of the menu bar, adjust the display controls.
4. Change the layer display.
   1. From the toolbar, click and select 6, Top Paste.

      
      
      Figure 2.

      Shape data on Top Paste displays. You can display and see the layer by selecting the name on the list.
   2. From the toolbar, click and select 1, Top Layer.

      
      
      Figure 3.

      Combined layers as Top Layer is shown on the window.
5. Display the target layer(s).
   1. From the menu bar, select Setting > Layer.
   2. In the Layer dialog, select PADSTACK TOP and Top Paste.
   3. For Top Paste, change the DP value to 2.

      
      
      Figure 4.

      Top Paste is overlapped on the PADSTACK TOP layer.
   4. Close the Layer dialog.

In this step, you will setup the property of PCB objects, nets, components, and others.

1. Find object properties using the Picking Tool.
   1. From the toolbar, click and select 1, Top Layer.

      Figure 5.

   2. In the window, select an object within the design.
      The object name and property information display.

      
      
      Figure 6.

2. Find objects in the PCB design using the PCB Explorer.
   The PCB Explorer finds parts and nets in the design data.
   1. From the menu bar, click Tools > PCB Explorer.
   2. From the PCB Explorer, use Selection Type A and B to check the connected part, reference, and net name.
   3. From the Selection Type A section, select Part, Reference, or Net and enter a name in the search field.
3. Use the Picking tool and PCB Explorer to review the connected information of parts or nets.
   1. In the window, select a component.
   2. In the Picking tool window, right-click the component name and select Run PCB Explorer from the menu bar.

      
      
      Figure 7.

      In this tutorial, U1 is selected.
   3. In the PCB Explorer, Selection Type – B, select Net and click Disp.
      The selected nets with the connected component display.
   4. Close the PCB Explorer.
4. Check the component connected to the net.
   1. In the window, select a Net to check.
   2. From the Picking tool, right-click the Route name and select Run PCB Explorer from the context menu.

      
      
      Figure 8.

      
      
      Figure 9.

   3. From the PCB Explorer, Selection Type – B section, select Ref.
   4. From the Selection Type – B section, select the names and complete one of the following options:
      • Click Disp to display the selected nets with connected components.
      • Click Excl to display only the selected objects, other objects are not displayed.
   5. Close the PCB Explorer window.
5. Measure the distance between objects.
   1. From the menu bar, click Setting > Measure to launch the Measure tool.
      The Measure tool opens on the right-side of the window.
   2. From the Measure tool, select Point to Point to measure between locations.
   3. In the application, click two points.
   4. From the Measure tool, select Component to Component to measure between components.
   5. In the window, select two points.
   6. From the Measure tool, Option section, select Keep to maintain the measured results.
   7. From the toolbar, click to close the Measure tool and open the Picking tool.
   8. Click to reset the view in the window.

1. From the menu bar, click Tools > Part Viewer.
   The Part Viewer dialog opens.
2. From the Part Viewer dialog, select a part from the part list or use the search bar to find the desired part.

   Figure 10.

   The selected part shape is displayed in the dialog. The red axis is the origin point of the part, from the part library.
3. Once a part is selected, click View/Edit Part Attributes.

   Figure 11.

4. Check the pin information of the selected part by completing one of the following options.
   • Check the reference name list with the same part name, Layer location, and Layer coordinates.
   • Check the dimension information using the Comp, Pad, Silk, S/R, M/M buttons.
   • Check the Pin name and location of the selected part.
5. From the menu bar, click Tools > Net 2D/3D Viewer.
   Use the Net 2D/3D Viewer to check nets connectivity and their three-dimensional structures. Run the Net 2D/3D viewer to see a 2D image with net lists and connected components, as shown in the following image.

   
   
   Figure 12.

   Use the search field to search by net name or select from the netlists. If a net is selected, the selected net displays in the dialog. To check the net in 3D, select 3D View from the 2D/3D section.
6. Check the net structure and properties.
   1. Select 3D View from the 2D/3D section.
   2. From the net list, select MCU_ABAO.
   3. Rotate the selected net by completing one of the following options:
      • Use the arrow buttons in the Net 3D Viewer Rotation menu.
      • Move your mouse while holding left-mouse click.
7. Click Property.
8. Click each item under MCU-ABAO to see each structure in the net routing pattern.
9. Close the Net 2D/3D Viewer dialog.
10. From the menu bar, click Tools > Net Topology Viewer.
    The Net Topology Viewer dialog opens.

    Use the Net Topology Viewer to check a net with a topology structure (Driver-Load-Receiver) including connected Vias and Branches. The viewer configures the net length and width of a trace and a component by displaying different colors per layer.

11. From the Net List, select MCU_D20.

    
    
    Figure 13.

    MCU_D20 displays as the topology structure with the following parameters:

    • : placed layer and color
    • Driver
    • W: net width
    • L: net length
12. Change the Active Port Name to U1_D2.

    
    
    Figure 14.

13. Close the Net Topology Viewer dialog.

The PCB Data Extractor generates a document of component and net information that can be exported as an Excel file.

1. Use the PCB Data Extractor to export component and net information.
   1. From the menu bar, click Tools > PCB Data Extractor.
      The PCB Data Extractor dialog opens.
   2. Use the red arrows to move items to be documented from the left column to the right.

      
      
      Figure 15.

   3. After the necessary items are selected, click Make BOM List.
      The PCB Data Extractor Result dialog opens.
   4. To export an Excel file, click Export to MS/Excel.
   5. To export Net information (Net length, connected via, total via numbers, and so on), select Net in the PCB Data Extractor dialog and repeat steps 1.b – 1.d.
2. Export a report with reference property.
   1. From the PCB Data Extractor dialog, move Property from the left column to the right using the red arrows.
      The Reference Property Select dialog opens.
   2. Enable the checkboxes of the necessary properties to be included in the document and click OK.

      
      
      Figure 16.

      The selected properties display in the right column.
   3. Repeat steps 1.b – 1.d.
3. To save the environment for making a report, click Save or Load in the PCB Data Extractor dialog.
   The environment is saved as an *.pdt file.
4. Use the Net Analyzer tool.
   The Net Analyzer is used to analyze all net length information by considering Layer, Branch, and Via location.
   1. From the menu bar, click Tools > Net Analyzer.
      The Net Analyzer dialog opens.
   2. From the Net Analyzer dialog, verify the Net Element Node Type is set to Component.

      
      
      Figure 17.

      Net Element Node Type options:

      • Component: net length among components.
      • Branch: net length among components, including length of branched points.
      • Branch & Via: net length among components, branching points, and vias.
   3. Select at least one item to be displayed.

      
      
      Figure 18.

      Net Length Display Type options:

      • Layer: display net length by a layer.
      • Width: display routing pattern width.
      • All Node Combination: display all combination of nodes.
      • Layer Full Display: display stack-up information and net length by a layer.
      • Pin No: display component pin number.
      • Transmission Line Type: display lengths of micro strip line and strip line.
      • Include Via Length: display via information.
   4. Select a display unit.

      
      
      Figure 19.

   5. Use the search bar to find the desired net name.

      
      
      Figure 20.

   6. Enable the checkbox of the desired Net and click Analyze.

      
      
      Figure 21.

      The length information of the selected net displays.

      
      
      Figure 22.

   7. To make a report, click Export MS Excel.
   8. Close the Net Analyzer Report dialog and click from the toolbar.
5. Execute Redmark.
   1. From the menu bar, click Collaboration > Redmark.
      The Redmark dialog opens on the left side of the application.
   2. From the Redmark dialog, click Add.
   3. Enter a title and any other necessary information.
   4. In the Add Draw Object area, define the width, start type, and end type.
   5. Select the object shape and draw the object in the window.
   6. Click Done.
      The comment displays in the list.
6. Save Redmark file (*.prmk).
   You can save in *.prmk or *.pdbb format. Saved files can be shared with others to check the comments.
   1. Complete one of the following options:
      • To save in *.prmk format, click Save from the Redmark dialog.
      • To save in *.pdbb format, from the menu bar, click File > Save As.
   2. Select a file location, input the file name, and click Save.
7. Load a Redmark file.
   1. Complete one of the following options:
      • To open a *.prmk file, click Load from the Redmark dialog.
      • To open a *.pdbb file, from the menu bar, click File > Open.

Use the Component Arrangement Plan tool to create a work-plan sheet. Using the created format, you can also apply this format to other designs to make another work-plan sheet.

1. From the menu bar, click Tools > Component Arrangement Plan.
   1. Click Setting > CAP Data Setting.
      The Component Arrangement Plan Setting dialog opens.
   2. In the Component Arrangement Plan Setting dialog, enable the Part Name checkbox and click OK.

      
      
      Figure 23.

      The part name displays in the Component Arrangement Plan dialog.

      
      
      Figure 24.

   3. From the Component Arrangement Plan dialog menu bar, click Setting > CAP Data Setting.
      The Component Arrangement Plan Setting dialog opens.
   4. From the Component Arrangement Plan Setting dialog, enable the Property Selection checkbox.
   5. From the Comment Name dialog, select the value and click OK.
      If there is no value in the part property, you can select value in Reference Comment as shown below.

      
      
      Figure 25.

      
      
      Figure 26.

   6. From the Component Arrangement Plan Setting dialog, select COC for Text Area Definition and click OK.

      
      
      Figure 27.

      The text for reference name and value is displayed in the COC area.
2. Display first pin location.
   1. From the Component Arrangement Plan dialog menu bar, click Setting > CAP data setting.
      The Component Arrangement Plan Setting dialog opens.
   2. Select Pin.
   3. At the end of the Reference field, click the ellipses.
      The String Filter Set Up dialog opens.
   4. From the String Filter Set Up dialog, enter U and CN for reference prefix recognition.

      
      
      Figure 28.

      References with names starting with U and CN are shown with their 1st pin location.
   5. In the Component Arrangement Plan Setting dialog, enable the Automatically except for 2 pin passive device which names are start from R, L or C checkbox and click Global.
      Two pin components that have a reference name starting with ‘R, L, C’ will not display in the 1st pin’s location.

      
      
      Figure 29.

   6. From the Pin Display section, enable the First Pin checkbox and click OK.

      
      
      Figure 30.

      References with names starting with U and CN are shown with their 1st pin location.
3. Display component polarity.
   For components with polarity like a capacitor, you can display their polarity.
   1. From the Component Arrangement Plan dialog menu bar, click Setting > CAP Data Setting.
      The Component Arrangement Plan Setting dialog opens.
   2. In the Component Arrangement Plan Setting dialog, select Polarity.
   3. Enable the Second Pin checkbox.

      
      
      Figure 31.

   4. Click the ellipses at the end of the Part field.
      The String Filter Set Up dialog opens.
   5. In the String Filter Set Up dialog, enter CL10, press Enter, and click OK.

      
      
      Figure 32.

      This displays the polarity on the second pin of the part whose part name starts with CL10.
   6. Select Global, enable the Polarity checkbox from the Pin Display section, and click OK.

      
      
      Figure 33.

4. Output completed work-sheet.
   1. From the Component Arrangement Plan dialog menu bar, click Setting > CAP Data Setting.
      The Component Arrangement Plan Setting dialog opens.
   2. In the Component Arrangement Plan Setting dialog, enable the Display CAD file created date to PDF checkbox and click OK.
      This option shows the design creation date.

      
      
      Figure 34.

   3. From the Component Arrangement Plan dialog menu bar, click File > Print.
      The Print Option dialog opens.
   4. From the Print Option dialog, select PDF and enable the Top and Bottom checkbox.
   5. Verify the Paper Size is set to A4 and click OK.

      
      
      Figure 35.

   6. Specify a save location, enter a file name, and click Save.
      A worksheet for the top and bottom is output into a PDF file Top side worksheet. Bottom side worksheet.

      Top side worksheet.

      
      
      Figure 36.

      Bottom side worksheet.

      
      
      Figure 37.

5. Set file for worksheet saving and loading.
   1. From the Component Arrangement Plan dialog menu bar, click File > Save.
   2. Specify a save location, enter a file name, and click Save.
      The file extension is *.capb. The setting files saved contents can be used for the same design or other designs.
6. Load a saved setting file.
   1. From the Component Arrangement Plan dialog menu bar, click File > Load.
   2. Browse to the desired file and click Open.
   3. Close the Component Arrangement Plan dialog.

Use PollEx PCB to change its design. Partially remove or hide some objects in the design.

Use the Real PCB Assembly Viewer to transform a design into 3D shapes and export data into STEP format to link to a mechanical CAD system.

1. From the PollEx Launcher, Home ribbon, click the PollExPCB.
2. From the menu bar, click File > Open and open the file, C:\ProgramData\altair\PollEx\<version>\Examples\PollEx_PCB_Sample_r1.0.pdbb.
   Note: Refer to the PollEx PCB manual about how to use the PollEx PCB viewer.
3. Save as Project.
   PollEx PCB operates on a design project database which contains the data of a PCB design including the materials, parts, physical layout, analysis models, and analysis result data. With the unified design project database, this application can be commonly used by multiple engineering disciplines.
   1. From the menu bar, click File > Save As Project.
      The Save As Project dialog opens. The sample PCB design name displays as the New project name.
   2. From the Save As Project dialog, click OK.
4. Link components.
   1. From the menu bar, click Setting > Environment.
      The Environment dialog opens. You can set the environment for importing 3D part libraries.
   2. From the Environment dialog, click the ellipses at the end of the Default part library directory field to define the default 3D part librarian path.
   3. Define the unified part library directory found here: ProgramData\altair\PollEx\<version>\Examples\UPF.

      
      
      Figure 39.

   4. Click OK.
   5. From the menu bar, click Properties > Parts.
      The Parts dialog opens.
   6. From the Parts dialog, click Synchronize.

      
      
      Figure 40.

      The image below shows the parts linked status.

      
      
      Figure 41.

      • : Linked to 3D packages
      • : Linked to electrical buffer model
      • : Linked to package thermal libraries
   7. Click Close.
5. Run Real PCB Assembly Viewer.
   1. From the menu bar, click Tools > Real PCB Assembly Viewer.
      The Real PCB Assembly Viewer dialog opens.
   2. To review the design, hold left mouse click and rotate your cursor.
   3. From the Real PCB Assembly Viewer dialog menu bar, click View > Route.
   4. Review the design routing status.
   5. From the Real PCB Assembly Viewer dialog menu bar, click Tools > Board X/Y Cut.
      The Board X/Y Cut dialog opens.
   6. Use the Board X/Y Cut dialog to review the cutting edge of the design along the X or Y axis and click Close.
6. Measure between components.
   1. Click Tools > Measure.
      The Measure dialog opens.
   2. Use the Measure dialog to measure between components.
   3. Close the Measure dialog.
7. Export to 3D Format. Designs can be exported in the following formats: STEP, STL or IDF.
   1. In the Real PCB Assembly Viewer dialog, click File > Export To > 3D Format.
      The Export 3D Option dialog opens.
   2. From the Export 3D Option dialog, select an export type, define the board settings, and click Export.

      
      
      Figure 42.

   3. Specify a location, enter a file name, and click Save.
      Use a mechanical CAD or MCAD system to read the exported STEP file.

      
      
      Figure 43.