Something to think about
Important Reading
I stumbled upon this article while I was doing some work on an embedded test system here that is in dire nead of some form of glitch rejection because everytime we power on products they screw with the test system. And of course modifying the test system to reject electromagnetic interference (or even rewiring the thing to reduce the number of incidents of tightly bundling high current and signal wires together) is out of the question. I hate it when I have to do something in software that would have been better done if the thing was engineered properly the first time.
Oh well. At least I found an interesting article that really does illustrate a lot of the things people really need to be aware of when working with digital systems. Its all to easy to reboot, ignore, or mask through some other means an incident that could be of significance in the long run.
I stumbled upon this article while I was doing some work on an embedded test system here that is in dire nead of some form of glitch rejection because everytime we power on products they screw with the test system. And of course modifying the test system to reject electromagnetic interference (or even rewiring the thing to reduce the number of incidents of tightly bundling high current and signal wires together) is out of the question. I hate it when I have to do something in software that would have been better done if the thing was engineered properly the first time.
Oh well. At least I found an interesting article that really does illustrate a lot of the things people really need to be aware of when working with digital systems. Its all to easy to reboot, ignore, or mask through some other means an incident that could be of significance in the long run.
1 Comments:
That was actually pretty interesting!
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