Here’s a look at how to avoid some of the most common PCB layout mistakes, as well as insight into how your PCB contract manufacturer should help along the way.
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There will still be times when the assembly of a PCB will require the human touch. Here are some examples of how both the automated and manual assembly processes have importance in the manufacturing of your PCBA.
When change request best practices are followed, the engineering development of the prototype will continue as it should. If change request best practices aren’t observed, however, chaos will reign.
To avoid PCB component failures, your CM should have a strict policy and adequate techniques in place for inspection and testing.
As PCB layout technology has evolved, the manufacturing of circuit boards has changed as well. Fortunately, there is yet another leap forward in the industry that has proven to be a great help: the selective soldering process.
There are a lot of steps and processes going on during PCB assembly. Here are the PCB DFM checks your CM should perform to ensure your PCBA is manufactured correctly.
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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