Here are some of the best practices for your PCB assembly BOM to help streamline component management and optimize your low-volume build.
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To ensure your final design can be manufactured without difficulty, you need to understand what the PCB trace width tolerances are before you start.
Here are some signal integrity testing concerns PCB designers should be aware of to ensure your PCB works how you intended.
How do you balance performance and assembly on your PCB? By paying close attention to the PCB component-to-component spacing.
When you build a piece of medical equipment, traceability is critical—particularly when building a printed circuit board, as there several individual components and materials that go into the manufacturing of a PCB.
- PCB Assembly BOM Best Practices for Low-Volume Builds
- PCB Trace Width Tolerance Guidelines for Manufacturing
- PCB Signal Integrity Testing Fundamentals When Designing for Manufacturing
- PCB Component-to-Component Spacing Considerations to Optimize for Assembly
- Meeting Traceability Requirements for Medical Devices During PCB Assembly
- PCB Via Size Guidelines For Manufacturing
- Finding a Copy Exact Manufacturing Partner for Your PCB Assembly
- Common PCB Quality Issues and How Your CM Should Help Prevent Them
- PCB Design for Assembly Guidelines Engineers Should Know
- Top PCB Layout Mistakes to Avoid and How Your CM Can Help