How to Design and Manufacture Electronic PCB Layouts with Rimu PCB 1.08
If you are looking for a cost-effective and easy-to-use software for designing and manufacturing electronic printed circuit board (PCB) layouts, you might want to check out Rimu PCB 1.08. Rimu PCB is a Windows-based application that can handle up to 32,000 objects*, import data from different schematic capture programs, and export to standard GerberRS274X and Excellon NC Drill formats for fabrication. In this article, we will show you how to use Rimu PCB 1.08 to create your own PCB layouts from scratch or from a netlist.
To get started with Rimu PCB 1.08, you need to download and install the software on your Windows PC. You can download the latest version of Rimu PCB 1.08 from Software Informer, where it has been scanned by 73 antivirus programs and found to be clean. The file size is 2 MB and the file name is rimupcb.zip. You can also download a demonstration version of Rimu PCB that has no Save function from the official website.
Once you have downloaded the software, you need to unzip the file and run the setup.exe file to install Rimu PCB 1.08 on your PC. You can choose the destination folder and the components to install, such as libraries, symbol toolbars, and help files. After the installation is complete, you can launch Rimu PCB 1.08 from the Start menu or the desktop shortcut.
Creating a New PCB Layout with Rimu PCB 1.08
To create a new PCB layout with Rimu PCB 1.08, you need to open the software and select File > New from the menu bar. You will be prompted to enter a file name and a location for your new PCB layout file. The file extension for Rimu PCB files is .pcb.
Next, you need to specify the board size, grid size, units, layers, and colors for your new PCB layout. You can do this by selecting Edit > Board Properties from the menu bar or by clicking on the Board Properties button on the toolbar. You can also adjust these settings later if needed.
Now you are ready to start placing components and traces on your PCB layout. You can use the Component Library palette to search for components by part number or description, or use the Symbol Toolbar palette to select components from predefined categories. You can drag and drop components onto your board, rotate them, resize them, edit their properties, and move them around as needed.
To place traces on your board, you can use the Route Tool palette or the Route menu commands. You can choose between manual routing or automatic routing modes, adjust the trace width and clearance, add vias and pads, change layers, and use design rule checking (DRC) to ensure your layout meets the fabrication requirements.
You can also use other features of Rimu PCB 1.08 to enhance your PCB layout, such as automatic shape-based power planes, snap to objects/grid/guides, multiple undo/redo, print preview, online help, and more.
Importing a Netlist into Rimu PCB 1.08
If you already have a schematic diagram of your circuit, you can import it into Rimu PCB 1.08 as a netlist. A netlist is a file that contains information about the components and connections in your circuit. Rimu PCB 1.08 can import netlists from seven different formats: Protel Tango Netlist Format (.net), Protel Tango Schematic Format (.sch), Protel Tango ASCII Format (.asc), Protel Tango Binary Format (.bin), Protel Tango Netlist Format (.net), Protel Tango Schematic Format (.sch), Protel Tango ASCII Format (.asc), Protel Tango Binary Format (.bin), PADS-PCB Netlist Format (.asc), OrCAD Capture Netlist Format (.mnl), EDIF Netlist Format (.edf), EDIF Schematic Format (.edn), and SPICE Netlist Format (.cir).
To import a netlist into Rimu PCB 1.08, you need to select File > Import Netlist from the menu bar or click on the Import Netlist button on the toolbar. You will be asked to choose the netlist format and browse for the netlist file on your PC. After you select the netlist file, Rimu PCB 1.08 will import it and place all the components on your board according to their reference designators.
You can then move and arrange the components on your board as desired, and use the Route Tool palette or the Route menu commands to connect them with traces.
Exporting Your PCB Layout from Rimu PCB 1.08
When you are done with your PCB layout design, you can export it from Rimu PCB 1.08 in various formats for fabrication or further processing. You can export your PCB layout as Gerber files, Excellon files, Pick and Place files, DXF files, Bitmap files, or Text files.
To export your PCB layout from Rimu PCB 1.08, you need to select File > Export from the menu bar or click on the Export button on the toolbar. You will be presented with a dialog box where you can choose the export format and options for your output files.
For example, if you want to export your PCB layout as Gerber files for fabrication by a professional manufacturer, you need to choose Gerber RS274X as the export format and specify the output folder and file names for each layer of your board. You can also choose whether to include apertures or not.
After you click OK, Rimu PCB 1.08 will generate the output files in the specified folder.
Using Rimu PCB 1.08 with Rimu Schematic
One of the advantages of using Rimu PCB 1.08 is that it can work seamlessly with Rimu Schematic, another software product from Hutson Systems. Rimu Schematic is a Windows-based application that allows you to create and edit schematic diagrams for your electronic circuits. You can use Rimu Schematic to draw symbols, wires, labels, buses, and other elements on your schematic sheet, and then export it as a netlist for Rimu PCB 1.08.
To use Rimu PCB 1.08 with Rimu Schematic, you need to download and install both software products on your PC. You can download the latest version of Rimu Schematic from the official website, where you can also find a demonstration version that has no Save function. The file size is 2 MB and the file name is rimuschem.zip.
Once you have installed both software products, you can launch Rimu Schematic and create a new schematic diagram for your circuit. You can use the Symbol Library palette to search for symbols by part number or description, or use the Symbol Toolbar palette to select symbols from predefined categories. You can drag and drop symbols onto your schematic sheet, rotate them, resize them, edit their properties, and connect them with wires and buses as needed.
When you are done with your schematic diagram, you can export it as a netlist for Rimu PCB 1.08 by selecting File > Export Netlist from the menu bar or clicking on the Export Netlist button on the toolbar. You will be asked to choose the netlist format and browse for the netlist file on your PC. You can choose any of the seven formats that Rimu PCB 1.08 supports.
After you export your netlist, you can launch Rimu PCB 1.08 and import it into a new or existing PCB layout file by following the steps described in the previous section.
Getting Help and Support for Rimu PCB 1.08
If you need help or support for using Rimu PCB 1.08, you have several options available. You can access the comprehensive online help system by selecting Help > Contents from the menu bar or pressing F1 on your keyboard. The online help system includes a tutorial, a glossary of PCB terms, a reference guide, and a troubleshooting section.
You can also visit the official website of Hutson Systems, where you can find frequently asked questions and answers (FAQ), contact information, and links to other resources. You can also download updates and patches for Rimu PCB 1.08 from the website.
If you have any questions or feedback about Rimu PCB 1.08, you can send an email to firstname.lastname@example.org or fill out an online form on the website. You can also join the Rimu Users Group on Yahoo Groups, where you can interact with other users of Rimu PCB 1.08 and share tips and tricks.
In this article, we have shown you how to use Rimu PCB 1.08, a cost-effective and easy-to-use software for designing and manufacturing electronic PCB layouts. We have explained how to create a new PCB layout from scratch or from a netlist, how to import a netlist from Rimu Schematic or other schematic capture programs, how to export your PCB layout in various formats for fabrication or further processing, and how to get help and support for Rimu PCB 1.08. We hope you have found this article useful and informative, and that you will give Rimu PCB 1.08 a try for your next PCB design project. d282676c82