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If you've ever taken apart a computer, you know that the entire system can't fit on a single PCB. Multi-board PCB design systems are the most complicated devices used in a variety of applications, and designing them takes imagination, planning, and the right design software. Multi-board systems often require different modules to perform specialized functions, with connections established through various interconnect solutions, including standard...

Effective PCB design begins with having a good process flow mapped out. Also known as pipelining, this process will help to define each segment of the data management as the design moves through its different steps. Starting with component selection, the PCB design will progress systematically through schematic development, PCB layout, and finally manufacturing output data. Component selection is where PCB pipelining starts, however, and...

Learn about the latest innovations in Altium Designer 19 with David Haboud and David Marrakchi.   Sign up to pre-register for AltiumLive next year or try Altium Designer today.  

This presentation details the development of high reliability base materials for PCBs with a focus on thermal performance, reliability and signal integrity. Classification by application as a method of substrate selection will be explored. This methodology gives the designer the flexibility to select the appropriate substrate for an application without over engineering performance that is neither required nor can be afforded. The presentation...

The days of indecipherable schematics are over. By utilizing the features in Altium Designer, it is now possible to create simplified schematics that contain a wealth of information. Modern schematics serve as the single source of truth for an electrical design. Learn to utilize these tools coupled with best practices to create robust PCB layouts.   View Max Seeley's presentation slides:   Sign up to pre-register for AltiumLive next year or...