Home Tags:Solder Bridging
  1. Optimizing Pad Design to Prevent Tombstoning and Bridging
    Optimizing Pad Design to Prevent Tombstoning and Bridging

    If you have ever spent hours debugging a prototype only to find out that your tiny 0201 resistors are standing straight up like little tombstones, you know the pain. Surface Mount Technology (SMT) is amazing, but it is unforgiving. Optimizing pad d...

    https://www.pcb-assembly-services.com/pcb-assembly-tech-design/optimizing-pad-design-to-prevent-tombstoning-and-bridging/
  2. Fixing Common SMT Defects: A Root Cause Analysis Approach
    Fixing Common SMT Defects: A Root Cause Analysis Approach

    If you have ever stood on a manufacturing floor staring at a tray of rejected boards, you know the frustration. Fixing Common SMT Defects: A Root Cause Analysis Approach is something every process engineer has to master eventually. You can't just kee...

    https://www.pcb-assembly-services.com/pcb-assembly-services-solutions/fixing-common-smt-defects-a-root-cause-analysis-approach/
  3. Common PCB Assembly Defects and How to Spot Them Visually
    Common PCB Assembly Defects and How to Spot Them Visually

    Every assembled circuit board carries the risk of manufacturing defects. Some defects are obvious, like a component completely missing from its footprint. Others are subtle, like a hairline crack in a solder joint that might pass initial testing on...

    https://www.pcb-assembly-services.com/pcb-assembly-explained/common-pcb-assembly-defects-and-how-to-spot-them-visually/
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