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PCBA Placement Problems? How We Fix Tiny Component Misalignment

2025-11-01

Let's be real - trying to place those microscopic components on your PCBA is like performing surgery with oven mitts. When you're working with 0201 or 01005 sized parts, even the tiniest misalignment ……

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PCBA Protection: Stop Solder Joint Corrosion with ENIG + Vacuum Sealing

2025-11-01

Let's be honest - nothing's more frustrating than seeing your perfectly good PCBA fail because the solder joints corroded. Whether it's from humidity, salty air, or industrial chemicals, corrosion can……

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Struggling with Weak Signals in Your High-Frequency PCBA? Here's How We Fix It

2025-11-01

Hey, we get it - when you're working on 5G gear, car electronics, or IoT devices, there's nothing more annoying than watching your signal strength drop off for no good reason. It's like trying to have……

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Making PCBs That Can Actually Handle the Heat

2025-11-01

Let's be real - nothing kills electronics faster than heat. Whether it's under your car hood, in factory equipment, or out in the sun all day, high temperatures can wreck your boards in no time. We se……

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Getting Multilayer PCBA Alignment Right: Here's How We Solve It

2025-11-01

You know that sinking feeling when your multilayer boards come back with alignment issues? Those tiny misalignments that mess up your circuit connections and kill your yield? We've been there too, and……

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Trying to pack more features into tiny devices? Buried and blind vias might be your answer.

2025-10-30

Let's be real - we've all struggled with trying to route a million connections in a space the size of a postage stamp. You're designing wearables, medical sensors, or IoT gadgets, and there's just nev……

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Alright, let's talk straight about rigid-flex boards and that annoying breaking point.

2025-10-30

Yeah, we've all been there. Your design looks perfect, then bam - the board cracks right where the bendy part meets the stiff section. It's like that one weak spot just can't handle the pressure, no m……

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Keeping Signals Clean on Flexible PCBs: Our Differential Pair Approach

2025-10-30

Let's talk about a problem every engineer faces with high-speed flexible circuits - signals getting messy and unpredictable. When you're working with IoT devices, automotive systems, or communication ……

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Making Rigid-Flex PCBs Fit Those Tricky Spaces: Our Stepped Lamination Approach

2025-10-30

You know how frustrating it is when you're trying to fit a PCB into some weird-shaped space in your device? Maybe it's a curved wearable, an automotive module with odd angles, or medical equipment wit……

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Making Medical Flexible PCBs Safer for Patients: Our Coating Approach

2025-10-30

Let's talk about something that keeps medical device makers up at night - the risk of patients having allergic reactions to their products. When flexible PCBs are used in wearable medical devices or s……

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Getting Impedance Right on Your Rigid-Flex PCBs: Here's How We Do It

2025-10-29

Let's be honest - nothing messes up your signal quality faster than impedance mismatches. When you're working with high-speed rigid-flex boards, those tiny variations can turn your clean data into a g……

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Getting Rid of Those Annoying Bubbles in Flexible PCBs

2025-10-29

You know how frustrating it is when bubbles get trapped between layers of your flexible circuits? They weaken the board, mess with your signals, and basically shorten the life of your product. We've b……

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Capel manufacturing PCBs since 2009. Professional technology and high-precision Printed Circuit Boards involved in Medical, IOT, UAV, Aviation, Automotive, Aerospace, Industrial Control, Artificial Intelligence, Consumer Electronics etc..

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    Shenzhen Capel Technology Co., Ltd. +86 13670210335 sales06@kbefpc.com +86 13670210335 +86 13670210335

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