Reliable PCBs – key factor that determines the quality of the end product

Reliability is a key factor right from the start of the PCB production process. If a PCB has a reliability issue, the end product itself is at risk. The important thing is getting it right first time. Trying to improve reliability once the product is designed and in production can lead to massively high costs [] The post Reliable PCBs – key factor that determines the quality of the end product appeared first on NCAB Group.

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How an advanced product specification leads to reliable PCBs

Our PCB specification includes over a 100 different requirements or criteria, all of which must be met in the manufacture of PCBs for our customers - all to make reliable PCBs. The post How an advanced product specification leads to reliable PCBs appeared

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Reliable PCBs for Fire Safety applications

For desired reliability in PCBs for the fire safety industry, you need robust design, get maximum performance out of factories, and, go beyond IPC Class 2 requirements in your PCB specification. The post Reliable PCBs for Fire Safety applications appeared

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Key aspects for a reliable PCB

We know that good reliability is secured by achieving a good balance between verification on a product level and verification of the process. It cannot be achieved by screening or sorting on a product level – you cannot ‘inspect in’ good quality or reliab

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PCBs for the defense industry

We have talked to some of our NCAB experts regarding what to think about when producing reliable PCBs for the defense industry. The post PCBs for the defense industry appeared first on NCAB Group.

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Semi-Flex PCBs vs. Flex PCBs

When choosing PCBs that can bend into place, electrical engineers have a choice between using flex and semi-flex PCBs. Following is a basic overview of how these two types of PCBs differ and their uses in modern electrical devices. The post Semi-Flex PCBs

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