Learn How to Design PCBs with the Best PCB Layout Tutorials

Zachariah Peterson
|  Created: October 5, 2020
Learn How to Design PCBs with the Best PCB Layout Tutorials

Let’s face it: PCB design is complex, and not all design software packages have the tools to help you be successful. Whether you’re creating a simple two-layer board or a complex high-speed digital system, Altium Designer has the design tools and PCB layout tutorials you need to get started and succeed. You’ll have access to multiple tutorials to help you gain a better understanding of advanced features as you venture deeper into PCB design.

ALTIUM DESIGNER

An easy-to-use tool that guides you through successively more advanced PCB designer tasks.

If you’ve ever used a new piece of software, you know about the learning curve involved. With so many different PCB design packages on the market, getting up to speed quickly requires design software that places all of your critical design tools in a single interface. Why not purchase PCB design software that shows you how to be successful? Other design software platforms claim to integrate features, but they still separate critical design tools into addons without providing the guidance new users need to be successful. Instead, you should use design software that gathers all your design tools in one place alongside design resources.

Altium Designer is your answer. Forget about learning through trial and error, your PCB design software should guide you through the basic design tools and introduce you to advanced features that maximize productivity. Add to that a vibrant design community, extensive knowledge base, design webinars, and blogs written by experts, Altium Designer helps set you on the path to success.

Getting Started with Circuit Board Design Software

Learning how to design a PCB layout can be separated into two major tasks. Before you create a layout, you need to create a schematic that includes the components your system needs and shows connections between them. Once your schematic is created and successfully verified, you can transfer your design to a PCB layout, which defines the physical architecture of your board. This may seem simple enough, but each task requires that several interdependent steps. Moreover, there are constraints and guidelines that must be followed to ensure your design can actually be manufactured.

Managing this process is daunting, but a circuit board design application like Altium Designer can help guide you through the process. When you know what to look for in your layout, you can spot when you’ve made mistakes and can quickly correct them before you finish your circuit board. Rest assured, Altium’s rules-driven design engine is designed to help you be successful.

Sample PCB layout tutorial in Altium Designer

The PCB layout environment in Altium Designer can be as simple as you need.

https://www.altium.com/resources/styles/doc_import/public/doc-import/bPhmNwlEeuc-SdXrRcT7lm6EY9YYwR-QH9qvaQtEpt8gX6FUM0RZMjhsIeoNKDpZhilpK5bS7rWFsQNjYNsGCnR6DelFXG1RxuEUXeyOiNX-rSiPAOMw8_A6t5VrniTpnE8BfaNB.png?itok=kIauF7PZ

Altium Helps You Beat the Learning Curve

Who has time to learn PCB design through trial and error? Whether you are about to design your first printed circuit board or you have years of successful design experience, your new PCB design package should help guide you through the design process. The rules-driven design engine in Altium Designer is a critical portion of the application. You’ll be able to quickly see the following list of design errors and advice on how to correct them when you’re designing a circuit board layout. Here are some of the important design mistakes you can catch in your PCB layout:

  • Clearance violations: Clearances are important parts of electrical functionality and manufacturability. You’ll need to maintain strict clearances to ensure consistent trace impedance, prevent ESD, component spacing, and much more.
  • Silkscreen solder mask errors: Solder mask openings and silkscreen are important for assembly, and your design software should show you any conflicts related to your silkscreen and solder mask placement.
  • Cross-probing: The ability to select an error and be pointed directly to a spot in your schematic or PCB layout helps you see exactly what needs to change as you build your design.

Altium gives you more than just design tools. If you need a PCB layout tutorial to help you get up to speed quickly, you’ll have access to a variety of resources you need to be successful. The resources listed below contain PCB layout tutorials, guides on how to use PCB design tools, and much more. Anyone can access Altium’s knowledge base, blogs, webinars, and more for free.

Screenshot of how to design a PCB layout with a PCB layout tutorial in Altium Designer

Altium Designer guides you through your first schematic and helps you learn how to design a PCB layout.

https://www.altium.com/resources/styles/doc_import/public/doc-import/nqV054PTRAmrgPnCy_bkMC-d5OxU-uZRvw4bbWzKeOXnIrpKeyoAOEvqerDRd9uq7GpX4S65Cf2_z6DIcEe3-zset2G_ys-MoBaRMUKRrOjAf0KZDkTt6i9o7fJV5GZWe5QLgrMd.png?itok=r4v8F8EU

Break Out of the Design Rut With Comprehensive Resources

It’s easy enough to create schematic symbols and PCB footprints with Altium Designer, but everyone needs resources to stay inspired and overcome design challenges. Circuit board parts have been traditionally difficult to find, and many designers have spent hours creating these parts manually. Altium Designer offers access to a Manufacturer Part Search panel, which helps you quickly add components to your library. All you have to do is search and click to download accurate parts directly from a managed library.

When you need more resources to finish a complex design, Altium gives you free access to PCB layout tutorials (both online and in-application) that guide you through the various design features. Altium also gives everyone access to their knowledge base through their website. The technical documentation for Altium Designer includes many thoroughly explained examples to help you use design tools. Simply search the knowledge base for a function in the program, and you’ll have instant access to complete tool information and PCB layout tutorials.

Once you have your new circuit board layout finished, it’s time to prepare your board for PCB assembly. If it’s your first time creating manufacturing outputs, your design software should be just like a PCB layout tutorial: easy and intuitive. Here’s how Altium Designer helps you quickly generate manufacturing documentation.

Creating Manufacturing Outputs with Altium Designer

The most important thing you can do to ensure a smooth PCB manufacturing process and PCB assembly is to follow your manufacturer’s DFM guidelines. Contrary to what some believe, DFM is specific to your manufacturer. Reliance on default or general specifications can cause manufacturing delays and may require design changes. This is easily avoided by setting up your DRCs to match the capabilities of your manufacturer.

After checking your layout against your design rules, you can generate manufacturing output documentation for your fabricator. This includes Gerber files, pick-and-place files, assembly drawings, and much more. A great way to assist your manufacturer is with panelization. Altium makes panelization easy, including the ability to evaluate 3-D views to determine the best panel arrangement.

BOM preparation for PCB assembly in Altium Designer

Real-time circuit board component data for your BOM and PCB assembly

https://www.altium.com/resources/styles/doc_import/public/doc-import/_F1Q1XHhjzpbUtIfnQEXj6-OLDtN5EMJtlzz4-GGcYxIfqvIsjMsmD74x7xVY36xCkhGFA2MJDE2SpDzhVVAKP0I9HpkOEHhz4UB6SFCWN_UeU1xtTLGPMGRe3Tz-8yjP1SzNhRh.jpg?itok=NaSGs9UV

Rules-Based Design Capabilities Help You Stay on Track

Working in a unified design environment gives you access to all the features you need to get started designing your next PCB. Altium Designer uses a rules-based design that helps you avoid simple mistakes. If you’re new to PCB design or you’re new to Altium Designer, the intuitive interface allows you to start designing schematics from the moment the program starts. Capturing your schematic in your layout is simple, allowing you to start routing connections between components and finish building your new device. All along, the rules-driven design engine, PCB layout tutorials, and online resources will help you stay on track.

Altium Designer Makes Design Rules Work for You

Once you’ve determined your device requirements for your application, Altium Designer allows you to encode these specifications in design rules. The design environment in Altium Designer is fully customizable. You can rest assured your layout will comply with your design rules, and you can check and correct any rules violations quickly and easily. These rule definition and checking features help you stay within standard design guidelines and help you build a device that meets your technical requirements.

Jumping into PCB board design for the first time or picking up a new design software platform can be daunting. Luckily, Altium provides you with the resources and PCB layout tutorials you need to be successful. The AltiumLive forum, webinars provided by industry experts, and Altium’s thorough knowledge base will show you several design guidelines for various applications.

Altium Designer on Altium 365 delivers an unprecedented amount of integration to the electronics industry until now relegated to the world of software development, allowing designers to work from home and reach unprecedented levels of efficiency.

We have only scratched the surface of what is possible to do with Altium Designer on Altium 365. You can check the product page for a more in-depth feature description or one of the On-Demand Webinars.

About Author

About Author

Zachariah Peterson has an extensive technical background in academia and industry. He currently provides research, design, and marketing services to companies in the electronics industry. Prior to working in the PCB industry, he taught at Portland State University and conducted research on random laser theory, materials, and stability. His background in scientific research spans topics in nanoparticle lasers, electronic and optoelectronic semiconductor devices, environmental sensors, and stochastics. His work has been published in over a dozen peer-reviewed journals and conference proceedings, and he has written 1000+ technical blogs on PCB design for a number of companies. He is a member of IEEE Photonics Society, IEEE Electronics Packaging Society, and the American Physical Society, and he currently serves on the INCITS Quantum Computing Technical Advisory Committee.

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