One of the best things about living in today’s modern world is the wealth of tools and resources that allow us to tap into technological development. Turning ideas that you have in mind into real solutions that others can use is a process that isn’t just manageable but also very accessible.
It’s not just about software solutions either. Developing new hardware with custom PCB design and 3D-modeled cases is just as easy thanks to companies like Altium and Adobe, whose software and tools make the whole process easier.
If you are thinking about developing your own hardware solution, one of the first things you need to do is design a board for your device. The tips and tricks we are about to discuss in this article will help you get started with this part of the project easily.
Tools like the PCB design software from Altium are designed to be incredibly intuitive. You don’t need an engineering background or years of experience in order to design a custom board. As long as you have basic circuitry knowledge and know your way around PCB layouts, you can use Altium’s design software to craft hardware solutions.
The process starts with creating a schematic. This is actually where the challenge lies. You want your schematic to represent the circuit you’re trying to build. That schematic will then act as the blueprint for the rest of the design.
The circuit diagram can then be converted into a working PCB. In fact, the circuit diagram to pcb layout conversion also includes the creation of a 3D model of your PCB. You can choose components, measure routes, and refine the custom board to a point where it is ready for production using the same PCB design tool.
Utilize the Available Resources
PCBs have layers and routes that can be optimized to achieve different things. The key to leveraging these resources is, well, good design. This is where choosing the right tool for designing your PCB becomes important. Some tools are capable of making suggestions and optimizing the layout of your PCB based on predetermined objectives.
Adding a silkscreen is another good example. While optional, a white silkscreen layer is handy for adding markers, symbols, and other information to the board. A good design will also include instructions and indicators for easier assembly and operations.
Follow the Norms
Since you are designing a custom board, you have complete control over how the PCB is laid out. That said, there are norms or best practices worth following if your aim is to create an optimized board. Adding fingers and mouse bites to the board, for instance, can serve specific functions.
The same best practices also govern how routes should be established, the different ways you can arrange components together, and much more. Take the time to go through these best practices so that you understand how they can benefit you and your project.
With these three tips in mind, tackling even the more complex PCB design projects will be easy. Your first board isn’t going to be perfect, but it is a good starting point for more innovations in the future.