
Create a connector component in Proteus by placing pins, drawing the box body, naming it connecter, and adding it to a new library category with a footprint and designator J1.
Learn to place and configure a potentiometer in Proteus, using the Pro-Tools library to assign pins, names, and values before integrating it into a schematic.
Design the diode LED footprint in proteus by defining a 2.54 mm pin spacing, a 6.2 mm circle diameter, and wiring the footprint to the schematic symbol.
Place all components, set the grid to 1 millimeters, set the capacitor to 100 micro, and arrange footprints with green connection lines, rotating with Q for a logical layout.
Explore how the design rules manager in Proteus enforces clearances and trace constraints, view missing connections, and enable or disable rule checks to balance layout and error checking.
Explore autorouting in Proteus by configuring single- and two-layer PCB designs, selecting top and bottom copper, applying net classes and design rules, and adjusting trace widths during outer routing.
Explore manual routing of PCB tracks in Proteus, selecting components and tracks, applying design rules, choosing trace width, avoiding 90-degree corners, and finishing connections across copper layers.
Master 3d navigation in proteus pcb design by rotating, panning, and zooming the pcb with left click, drag, and the scroll wheel to inspect footprints, 3d models, and copper layers.
Learn to add and align 3D component models in Proteus, adjust rotation and position in x, y, z axes, and set millimeter units to correctly place connectors and system components.
Export the top copper layer and bottom copper layer to pdf, including the board border and rotation. Save output files with clear names and apply mirror settings in the reflection.
Learn to prepare and export top and bottom copper layers as pdfs for printing in pcb design using Inkscape, and arrange layers by copying and moving to create ready-to-print files.
Learn to generate and verify Gerber files in Proteus, choose the correct format (x2 or 274 x) for your PCB factory, and use Proteus’s Gerber viewer to inspect them.
Link Gerber Viewer: http://gerbv.geda-project.org
Learn how to order a printed circuit board on PCBWay by preparing gerber files, selecting dimensions and quantity, choosing material and finish, and paying to track manufacture and shipping.
Receive and inspect the PCB, noting edge features and identical designs in blue and red boards. Prepare for assembly by recognizing the ground plane and planning soldering of components.
Create a three-pin male header footprint from the Proteus library, using a 2.54 mm single-in-line through-hole package. Place and align the footprint in the schematic and PCB layout.
Add output and BTC text labels to the schematic, layout, and 3d view in Proteus, then save color changes with the template to preserve the final PCB.
Generate and review Gerber and drill files for PCB manufacturing using FlatCAM, inspect copper layers, and prepare routing and drilling details for Proteus.
In this course We are going to cover all the necessary aspect to design a high quality printed circuit board. This is a step by step course.
We are going to start in the squematic circuit then the PCB layout and get the 3d visualization, also We are going to learn how to get the output files like PDF and Gerber files.
Let's get started¡¡¡
We will cover the complete process to design a PCB with Proteus, and see the below subjects
1. The use of Proteus as PCB Desing Software
Proteus is not just an Virtual Electronic Laboratory with different modules, in this course We are using Proteus as PCB Design software, since it has a powerful and dynamic interface.
We will learn:
- How to navegate in the Proteus interface.
- Understand the working methodology in Proteus.
- The different files that We will create (Schematic & Footprint Library)
2. The Schematic & Schematic Library
In Proteus We can create an Schematic Library, where we are going to collect all our Projects schematic symbols. It is better to separate our Projects symbols from the Proteus Library Symbols. So in this way We can be sure about the components We are using, in additional when we are going to share our Project File everything will be well separated and idetificated.
We will learn:
- How to create the schematic library.
- How to create new schematic symbols.
- How to use the schematic symbols from Proteus Library.
- How to modify the schematic symbols from Proteus Library.
- How to add the new symbols into our schematic library.
- How to identify our schematic library and where to find it.
- Complete our Schematic Diagram.
3. PCB Layout & Footprint Library
Once we complete our schematic diagram, We are going to pass to the PCB Layouy interface. Where we finally will make the layout of our project. After we complete this step, we can get all the out files to create our pcb.
We will learn:
- How to create the Footprint Library.
- How to create new Footprints and add them into our library.
- How to modify the Footprint from Proteus Library.
- How to identify our Footprint library and where to find it.
- How to use the Autorouting option.
- How to route our PCB ( 1 & 2 layers pcb)
- Understand the PCB Layout terminology.
4. Visualization 3D
Proteus offers the 3d Visualization, which we can consider necesary, it will be kind of confirmation between our models and the real component. We add easly the 3d models and get our 3d PCB that we can share.
We will learn:
- How to add 3d models.
- How to Switch to the 3d view.
- How to set the 3d pcb (Colors, visual options, Copper, 3d models)
- Where to find new 3d models.
- Which extension for 3d model we need to use.
- Export our 3d pcb.
5. Manufacturer Files
The manfacturer files are the final files that we need to get from our Project, and with them we are going to create the pcb in real. Process will provide these information after we complete the layout of our pcb.
We will learn:
- How to get the Gerber Files.
- How to get the PDF files (Top and Bottom Copper layer )
- How to order our PCB from PCB factory.