A Brief Overview of PCB test points and What have to be Considered around it?
PCB test points are solder pads and vias on the […]
Key Factors and Structure that affect PCB Overall Costs
When calculating the manufacturing cost of every PCB, there are
How AOI works on PCBA Quality Inspection?
Automated Optical Inspection, shorted as AOI, is a visual inspection
Seven Factors May Causing Solder Bridging on PCB During Wave Soldering
Solder bridging is one of the most common defects in
A Comprehensive Guide of the Solder Paste Printing Process
An Analysis of Key Technologies in Solder Paste Printing and
Solder Mask: Functions, Types, Failures, and PCB Reliability
Learn how solder mask protects PCB copper, prevents solder bridging, provides insulation, and improves soldering reliability. Explore solder mask types, key parameters, common failures, and testing methods.
Environmental Factors Affecting Electronics: How Moisture, Temperature, Air Pressure, and Dust Cause Electronic Failure
Learn how environmental factors affecting electronics—including moisture absorption, temperature changes, atmospheric pressure, and dust—reduce reliability, damage PCB assemblies, and lead to electronic failure. Discover key risks and effective prevention methods.
Rigid-Flex PCB: Key Advantages in Modern Electronic Design and Applications
As electronic products continue to evolve toward lighter, thinner, more portable, and more reliable designs, traditional rigid PCBs or flexible FPCs alone can no longer meet the demands of complex applications.
Standards for Insertion/Removal Cycles of PCB Gold Fingers: Industry Practice and Reliability Design
PCB gold finger cycle life is a critical reliability metric that defines how many insertion and removal cycles a connector edge can withstand before performance degradation occurs. Understanding PCB gold finger cycle life requires analyzing plating systems
Rigid-Flex PCB Transition Zone Design: Key Risks, Manufacturing Challenges, and Reliability Considerations
The rigid-flex PCB transition zone is a critical area that significantly impacts product reliability in modern electronics. This article explores how the rigid-flex PCB transition zone is affected by mechanical stress, thermal cycling, and manufacturing processes.