PCB assembly isn’t a simple plug-and-play process. Tiny mistakes like misaligned components, weak solder joints, or microscopic defects can turn a perfectly designed board into a malfunctioning mess. In today’s…
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Through hole assembly (or through-hole technology (THT)) is a proven technique that manufacturers rely on when a printed circuit board (PCB) needs to endure demanding conditions. It involves inserting component…
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Surface Mount Technology (SMT) is at the heart of nearly every modern electronic device. It’s why your smartphone is sleek, why your laptop is powerful, and why advanced industrial systems…
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In the 1960s, a swift increase in the complexity of electronic devices necessitated the development of printed circuit boards that allowed more wiring and electrical circuits in a small area.…
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In PCB production, insulating materials are the non-conductive materials used to electrically isolate conductive layers, manage heat, and provide structural integrity. These materials are critical to the functionality and reliability…
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In today’s hyper-competitive electronic marketplace, getting your innovative idea to market quickly is critical to staying ahead of the competition. However, what’s more important is that your product works exactly…
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Learn about common PCB supply chain issues, how to avoid them, and how the future of the PCB supply chain will shape up.
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You have an idea for an electronic device. You’ve designed a PCB, chosen the necessary components, and are ready to start the manufacturing process. But one question remains to be…
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Visiting a PCB manufacturer in person is the best way to evaluate their capabilities and forge an authentic relationship.
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A mixture of these 6 common quality assurance tests will ensure the long-term reliability of a PCB.
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