It all depends on what conditions you work in, in winter when the humidity in the rooms is low there is a greater risk, and if there is a carpet on the floor in the workplace, or even better - cheap plastic office chairs, sparks jump on 5mm, I once read that such chairs generate considerable RFI interference due to internal discharges.
If we have such "ESD" boosters, there is a good chance of damaging something, of course, a person approaches the chip for 2 PLN differently (just remember to equalize the potential before touching) and differently for 200 PLN (then I remember where the band lies)
60jarek wrote: Most circuits and transistors now have internal protection in the past that manufacturers did not use the 90s massacre, the seller took his fingers from the gold and the chip.
There is no such option when he took the element wrapped in conductive film in his hand, equalized the potentials and after unpacking there was no more voltage difference. Only when given to the client there was a click
Small MOSFETs (even BSS138) are still very sensitive to ESD and here it is really worth having anti-ESD equipment, large MOSFETs are no longer sensitive because despite the lack of protection it is not easy to cause high voltage with a load that a human has. Scalaki have had security for a very long time.
Probably the "human factor" also matters, from my practice it appears that ESD damage is a very rare case - maybe once every few years, while on labs in technical school CMOS chips were exchanged twice a day (I did for service), but it is known pupil has almost magical power to spoil everything he touches