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Quote from: coppercone2 on July 14, 2024, 02:43:43 pmFor something as simple as a loose wire, it often can work just peachy for a long time until you bump it, or it gets some serious current. It will run forever at nominal conditions without a stimulus of some sort (or 2 years of thermal expansion and contraction if it survives the postal service). But if you catch that sucker smouldering, it can be tightened and good forever.People running sane burn in programs include some form of shock, from whacking with rubber mallets to vibrating the product in patterns. They usually ensure the burn in includes at least some temperature variation as well. However, some people think production testing is about cosseting a product, so the flaws don't show up. Fire them.
For something as simple as a loose wire, it often can work just peachy for a long time until you bump it, or it gets some serious current. It will run forever at nominal conditions without a stimulus of some sort (or 2 years of thermal expansion and contraction if it survives the postal service). But if you catch that sucker smouldering, it can be tightened and good forever.
I am curious about burn in on CRT tv's. Did they do it? It has a sane component count. Since the phosphors is just a canvas, and the beam steering does the work, so its just a few very nice amplifiers.