Layout and Routing

If you haven’t designed a printed circuit board with DDR memory routing before, here are some ideas on how to plan for DDR routing in your next PCB design.

Failing to plan is the same as planning to fail.

A PCB is only as good as the underlying library. Your vendors want you to succeed so they provide the information you need.

With PCB footprints, accuracy and detail is extremely important. Here are some ideas on using a component model editor to make the best component footprints.

Ineffective process failure mode and effects analysis may do more harm than good. In this blog, we help you avoid this risk to your PCBA development.

IPC Web components are important to be able to procure for any designer working for speedy and accurate design production.

Are you truly clear on what EMC testing is and why it is done? In this blog, we make this crystal clear and also give you design tips to aid the process.

The routing challenges of high-temperature designs call for advanced design skills and tools. Here are some ideas that will help you with your next PCB design.

The common base amplifier provides unique characteristics that affords unique functionality and performance.

Learn about chip on board technology so that you can get designs to the field faster.

Failing a schematic capture test is not the end of the world or your design; however, it does mean it is time to go back in and figure out how to improve your design.

The use of dual power supplies are beneficial in some cases and in others, an absolute requirement for proper functionality.

To design a good printed circuit board, you need accurate PCB footprints. Here are some ideas for the creation of component land geometry in your design.

There’s a lot more to electronic product design for manufacture and assembly then just simple PCB layout. Here are some details about the tools you should know.