The success of the manufacturing process is based upon the execution and measurement of the health of each process step. The machines on assembly lines install thousands of parts every minute; therefore, throughout the assembly process, checks must be completed. DFT allows capability for testing which includes component connectivity, electrical value, and proper component orientation. However, final testing—in-circuit testing capability—must be designed into the PCB at the layout stage.
Most Recent Flipbooks
RF Design: The Wave of the Future
Your car keys wirelessly unlock your car when you get near it. Your phone connects to Air Pods while you listen to Spotify at the gym or stream the latest hit TV show.
PDN: Gives Your Board Life
Power Integrity analysis is more important than ever. Product trends continue to demand reduced form factor, while requiring even more power to support our always-on, always-connected lives.
Achieving PCI-E Compliance: Getting It Right the First Time
Thoroughly analyzing and testing electromagnetic effects of high-speed PCB interconnects as well as component packages for optimal signal integrity performance is essential to create...
Common Sources of BOM Rejection and How to Prevent Them
BOM denied. Redesign required. Dreaded words to any engineering team. Fortunately, it doesn’t have to be this way.
FLEXing Like a PCB Expert
Flex PCB design has many advantages. Along with those benefits come new design challenges that weren’t present in “standard” 2D PCBs.
Lost in Transmission: Solving Common Issues in High-Speed Design
Creating a printed circuit board with high-speed design functionality is no small feat. The more complex a PCB design becomes, the higher the chances are of running into high-speed PCB design issues.
10 Common Design for Manufacturing (DFM) Issues and How to Solve Them
Every day is a busy for PCB Designers; strict schedules and tight deadlines are a normal occurrence. From layout to manufacture and testing, a single holdup can...
PCB Layout: Steps for Successful Setup and Placement Processes
Layout must be performed by someone who understands industry standards for design and manufacturing as well as the depth of knowledge required for incorporating design for excellence.
Understanding Schematics: The Not-So-Simple Foundation of a PCB Design Project
Understanding key schematic design fundamentals is of utmost importance when beginning a PCB design project.
Get to Know Your PCB Design Stakeholders
Communication with many stakeholders is a critical part of the design process and an important responsibility of the EE/PCB Designer.
Rules for Schematic Symbols
There is an unspoken “rule” in the industry which states power pins need to be placed at the top edge and ground pins at the bottom edge. This is an archaic rule.
Managing PCB Design Data: Reducing Risk by Breaking Down Silos
PCB design data is a critical area to improve engineering efficiency while meeting new product cost and quality target.
Winning the PCB Design Trifecta Via Correct by Constructions Design Principles
