Do equipment stands have an impact on electronics?

illuminator
Geoff,

I thought that you’d gotten it. I just couldn’t understand why you went along and added fuel to the fire instead of just letting it die out like it probably should have.

I appreciate a good troll as much as the next guy. A good troll is indistinguishable from magic. 😀

The original intention of this thread was to troll. This thread was started by the OP immediately following the removal of a previous very similar thread by the moderators. I’m not wishing to judge things too harshly but it appears the troll was successful. 😀

The original troll: "Mechanical grounding or isolation from vibration has been a hot topic as of late.....The question is does it have merit when it comes to electronics and if so why? Are there plausible explanations for their effect on electronics or suggested measurement paradigms to document such an effect?" Geez, give me a break!

No, the intention was to resurrect a previous thread that was cannonballed by trolls.  It seems as if history may repeat itself.  Now, answer the question if you can.....

They cannot answer the question, They never will be able to answer the question. All they can do is insult us, and call us names, and accuse of having an agenda. But the one thing that would put us in our place, and shut us up for good, is forever beyond their grasp. :->)

Obviously its not a big deal.  if it were it would have been made apparent by now.

"accuse of having an agenda." Truth can hurt.

"A common example is the capacitor placed on the reference input to an ADC. The circuit may work fine in the lab, where it isn’t being shaken vigorously. Once it is installed in an environment with vibration, significant errors in the ADC readings might appear. Power supply designers are also aware of the converse piezoelectric effect, where the ripple voltage across the capacitor causes it to “sing” or vibrate."

You owe atmasphere $100, Ethan. Pay up or shut up.

Dave