During the PCBA manufacturing process, testing is a critical step to ensure board quality and performance. Common testing strategies include functional testing, ICT (In-Circuit Test) and FCT (Functional Test). Here's how they compare:
Read MoreIn the fields of aerospace and medical equipment, high-reliability PCBA design is crucial because products in these fields require extremely high stability, reliability, and safety. Here are some requirements and considerations for high-reliability PCBA design in these two areas:1. Temperature range......
Read MoreThe PCBA (Printed Circuit Board Assembly) industry, as an important component of the electronic manufacturing industry, has been constantly evolving and developing. In the future, with the continuous progress of technology and the emergence of emerging technologies, the PCBA industry will face a ser......
Read MoreIn the manufacturing process of PCBA (Printed Circuit Board Assembly), troubleshooting skills are one of the key factors in ensuring product quality and production efficiency. Quickly locating problems and solving faults can reduce production interruptions, improve product quality, reduce maintenanc......
Read MoreReducing PCBA manufacturing costs is one of the important measures to improve competitiveness and profitability. Materials management and inventory optimization are key aspects in achieving this goal. Here are some ways to reduce PCBA manufacturing costs:
Read MoreElectromagnetic interference (EMI) suppression is critical to circuit board design, especially in electronic devices, as it prevents electromagnetic radiation and electromagnetic susceptibility issues. Here are some common methods and techniques used to suppress electromagnetic interference:
Read MoreIn the PCBA manufacturing process, surface finishing is a critical step, including metallization and anti-corrosion treatment. These steps help ensure printed circuit board reliability and performance. Here are the details on both:
Read MorePCBA assembly can be divided into two modes: small batch production and large-scale mass production. Each mode has its advantages and limitations. Choosing the appropriate mode depends on the project needs and goals. Here is a comparison between low-volume production and large-scale mass production:
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