How do you balance performance and assembly on your PCB? By paying close attention to the PCB component-to-component spacing.
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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.
IC manufacturers follow a process method called “copy exactly.” Here is a look at copy exact manufacturing and how it pertains to PCB contract manufacturers.
From fabrication to assembly, there are a lot of things that can happen to your circuit board. Your contract manufacturer should have the systems and procedures in place to prevent problems and ensure the best quality assembly for your design.
Too often, PCB design for assembly practices are viewed as simple checks the manufacturer makes after they receive the PCB design data. Instead, these guidelines are critical for the PCB designer to observe during layout.
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- PCB Vendor Qualification Best Practices: Identifying a Quality CM
- Electronic Component Selection Guidelines to Enhance Manufacturability
- 4 Essential PCB Testing Techniques During Assembly and Manufacturing
- Basics of PCB Component Assembly Every Designer Should Know
- Selective Soldering vs. Wave Soldering: Advantages and Disadvantages
- PCB Design for Testability Guidelines Engineers Should Know
- How to Avoid Common Soldering Problems With DFM Principles
- AOI for PCBs: Why You Need Automated Optical Inspection for Your Assembly
- PCB Assembly BOM Best Practices for Low-Volume Builds