Comments on Is ESD overhyped?
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Is ESD overhyped?
I have seen many engineers talk about ESD protection but I had never seen its effects myself. I made many small DIY projects and I have used bare hands to touch ICs and their pins,but nothing got destroyed(I mean ICs functioned well). Is it really that serious? Please tell and also its mitigating measures. I experimented with a mosfet just now by rubbing my fingers on its terminals. It is an n-channel mosfet called IRF510,and its datasheet is here . I observed that mosfet is working well by checking with a multimeter in diode mode i.e drain is connected to common of multimeter and source to positive one.
Yes, damage due to ESD (electro-static discharge) is real. Just because you haven't seen it isn't much evidence of anyt …
4y ago
Real life example. The machine shop of the company where I work has HAAS VF2 milling centers. At 3.5 tons, you'd figure …
4y ago
ESD is a very real concern on mass-produced goods with an expectation of quality and durability (i.e. those items for en …
4y ago
ESD precautions can save a lot of tedious failure analysis. A very inconvenient thing about ESD is that a failure can …
2y ago
In addition to permanent damage, which is what you are concerned about, incorrect behavior is also possible. One design …
4y ago
Something that hasn't been mentioned in other posts yet is that ESD events needn't be utterly destructive. Most ESD even …
1y ago
Just to let you know: if one day you have to use the LM337 negative voltage regulator, protect everything with TVS or Ze …
4y ago
Yet another example. If using MOSFETs only for power switching applications, it can seem like these are "robust" and "i …
1y ago
Many ESD problems are "latent" that is they do not sofort show up....some time later things will stop working :)
1y ago
I know of a designer that didn't add ESD protection on a mass manufactured product in the field. They had to replace alm …
1y ago
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Just to let you know: if one day you have to use the LM337 negative voltage regulator, protect everything with TVS or Zeners. This is the most failing component I've ever seen (and I'm not the only one who thinks so, see youtube). I suspect strongly it is very sensitive to ESD. In my last application, after having replaced the LM337 for the 66th time, I protected it heavily and it finally stoped to fry.
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