Guidelines for PCB Design

Created: January 28, 2018
Updated: March 20, 2020

|

Guidelines for PCB Design

PCB Design is a complex field and every step you take to design and develop a board has its own set of best practices to help you determine the best solutions for your pending puzzle. Read on for more information about guidelines from across the spectrum of PCB design disciplines. We hope these PCB design guidelines will help you in your next project.

Click the PDF above to read more about Guidelines for PCB Design in this presentation. Or read the original, full-length content here:

Check out the Guidelines for PCB Design Presentation for a more concise version of this material.

Related Resources

Communicating Design Intent with Manufacturing Outputs No one wants to do a board respin because of inaccurate or incomplete manufacturing outputs confusing design intent. This webinar Watch Video

Implementing Touch Sensors

Implementing Touch Sensors Learn how to design a reliable alternative to traditional mechanical switches with capacitive touch sensor technology in Altium Designer. Capacitive touch sensor technology offers an inexpensive and highly reliable alternative to the traditional mechanical switches that are used in electronics control interfaces. Manually creating or resizing a touch sensor’s complex vendor/technology- specific patterns can be both difficult and time-consuming Read Article

Protect Your PCB From ESD

Protect Your PCB From ESD From computers and televisions, to automobiles and kitchen appliances, PCBs are found in nearly every aspect of our lives-- many of our devices would not be possible without them. They are the brains of our electronics, and as such, it is of the utmost importance to do everything in our power to ensure our designs are protected from potentially catastrophic threats. Proper routing and schematics, component placement, and special attention to Read Article

Unleash Your Creativity — With Training

Unleash Your Creativity — With Training Learn how to use neck-downs in Altium Designer to simplify your BGA routing process by shrinking and expanding tracks as they enter specific areas on your PCB. When you train decreases your errors range and expand your creative capacity. And this get better when you do the right choice selecting able people to training. Beyond that, the personal satisfaction of creating better, more reliable products is just plain fun! After all, didn’t you Read Article

Bill of Materials Management Guide

Bill of Materials Management Guide In the past, many PCB designers were confined to tools that dictated when the Bill of Materials could be produced. But we know from years of experience that the Bill of Materials, or BOM, can change throughout the design process. We believe the decision should be up to you, which is why we strive to offer tools that embrace flexible and agile options for PCB designers and other professionals involved in the decision process. Click the PDF above Read Article

PCB Manufacturing Ebook

PCB Manufacturing Ebook Printed circuit boards have a huge foothold in our lives. They are found in everything from our TVs and computers, to our washing machines and watches. As a PCB designer, you understand the blood, sweat, and tears that make every board and the devices they serve a reality. It's rare that any PCB project goes smoothly from start to finish. However, there are a number of steps you can take to increase the efficiency and reduce the number of hiccups Read Article

Preventing PCB Defects

Preventing PCB Defects One of the most important things you can do to make sure your PCB project goes off without a hitch is to be proactive from the moment of conception. As with many things, educating yourself on the technical aspects of the most common defects and how to prevent them will serve you well for your entire PCB designing career. Knowing what to look out for will be a major asset in ensuring that your board will be the dependable, quality product you had Read Article

Conquering Your Design Demands with USB Type-C

Conquering Your Design Demands with USB Type-C The last thing you want is getting your power demands balance wrong on your electronic design. Too little voltage and your device starves; too much voltage and you’re left with smoke signals for help as caps pop like the Fourth of July. Not to mention that the complications you run into when your device has varying voltage requirements when operating in different states. The increased usage of embedded sensors has made constant data acquisition Read Article

Data Management - Pain Point Assessment

Data Management - Pain Point Assessment It’s that phase of the project when you’re about to hand over a development released product to production. From the development perspective, everything, from designs, parts, models, BOMs, and documentation, are all in their release state. It’s a time that calls for a true celebration after weeks of sleepless nights to finish the design on time and within budget. Then you get the flash back with few what-if questions; did sourcing get the new Read Article

Area Sensitive Part Of The Board

Area Sensitive Part Of The Board It’s that phase of the project when you’re about to hand over a development released product to production. From the development perspective, everything, from designs, parts, models, BOMs, and documentation, are all in their release state. It’s a time that calls for a true celebration after weeks of sleepless nights to finish the design on time and within budget. Then you get the flash back with few what-if questions; did sourcing get the new Read Article

Back to Home