Electronic segments in any structure, for example, little central processor that may go in to making a TV require more particular packaging than most usually dispatched merchandise.
Electronic parts before they are assembled to make a thing, may to the undeveloped eye, simply seem like small amounts of lightweight plastic and metal, that don’t generally warrant going in to the pricey looking silver parcels, and excellent looking froth pressing.
Anyway they are packaged like this for an explanation, as this is hostile to static packaging. Static in the home climate may simply give us a little static stun when we contact something metal. It may take us leap, yet it won’t hurt us.
The equivalent isn’t the situation with electronic segments, as though they get a static stun it can basically harm them. The issue is, it resembles rust in another vehicle. It looks fine outwardly now, yet may take eighteen months for the rust to appear on the other side.
This is comparable in that a silicon chip can have a disappointment because of static eighteen months after the fact, and this is one of the principle purposes behind electrical products separating months after the fact.
So the electronic parts must have specific, and ordinarily costly anti-static packaging to hold them in during transportation, and even until they are utilized in assembling the finished result.
Without this specific anti-static custom packaging electronics parts would endure static stun and conceivably bomb a while later. So this type of specific packaging merits paying more for as it saves money on items coming up short sometime in the future.