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/electronics/ - Electronics engineering

Discuss hardware design, hacking, security, freedom and all other related topics.

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89f812 No.226

Now I can understand why these keep appearing in thin devices, in between stationary components.

What I can't understand is why I keep seeing these in laptop hinges and other moving parts without any sort of shielding. When these are unshielded, they'll rip if you look at them wrongly, so constantly pulling/pushing them seems like a horrible application. Is there something I'm missing here, or is this really just bad/cheap design? I don't think a thin layer of plastic would make the cable too thick to use in most places I've seen them.

457325 No.230

Are you talking about EM shielding or structural reinforcement?

If it's the latter, realize that Kapton (polyimide) is pretty fucking strong as long as it doesn't have cuts in it. Also if you look carefully you'll realize that many flat flex cables are bonded to another piece of flexible plastic for extra durability.

It's not bad design to use these cables for flexible joints. That's their design purpose. As long as they are properly strain-relieved on both ends and are protected from getting pinched they will flex and carry signals for a long time.




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