That is interesting. Here in Toronto, most of the Radio Shacks I've been too carried electronics components (proto boards, soldering irons, resistors, caps, LED's, connectors, IR, etc.) but they are hidden at the far back of the store. Also they are very expensive.
5 LED's will cost you almost $3 CDN, pfft... Thats crazy being that I can go to the many electronics stores we have downtown and buy 5 for a quarter.
RadioShack is about consumer goods nowadays, and their salespeople often do not know what is a resistor etc. Which kind of makes sense, when electronic components are so easy to buy from various websites, t makes little sense to sell them in stores.
My Radio Shack remodled a couple years ago and I found the new layout the best ever, except I miss when the stores had a regular stereo listening area setup. They had nice isles and had soldering stuff, cleaners right there in the middle of things.
Yeah, but one can argue that -- these days -- it usually requires *selling* to get someone to purchase a cell phone, whereas for something like an LED the employee is almost always just going to be an *order taker*.
"Hershel" wrote in news: snipped-for-privacy@enews3.newsguy.com:
How many buyers were really that bad? Surely not enough to dent the income that badly? I think it's arguable that assumptions like that lead to an impression that stocking small parts leads to being beset with timewasters, and that might be a big reason why people stopped stocking them. That says far more about the management than about the customers. I accept that there is no smoke without fire, but the fire is usually far smaller than the smoke. Besides, isn't pricing LED at $3 for a pack of 5 asking for trouble? All the sensible and well-informed clients are buying elsewhere.
The first rule of high street spares and parts is: keep them in stock. That might not apply to special parts but once it gets to the point where a 16V
1000 µF capacitor or an LM317T regulator can't be bought at a moment's notice at any time the shop is open, that's when the business goes belly up with all speed unless it gives up trying and becomes a different kind of shop, in which case it should make way for another firm who will take on that trade. Looks like some of the small mail order firms might soon start doing what Maplin and Tandy/Radio Shack were doing. I guess history repeats itself.
That's all as may be, but I really can't see any mileage in offering recovered parts to the service industry, or any such thing spawning a revival in the ' mend and make do ' mentality of Joe Punter. I would not dream of fitting a second hand recovered laser, or any other component come to that. It's simply not practical when you've got to be able to offer a warranty on the repair. Neither would I waste the time recovering components for commercial use. It would just not make economic sense. The only way that recycling of electronic equipment is going to have any serious impact, is in recovery of the base materials for reuse in manufacturing new goods. However, like wind turbines and battery cars, the energy budget advantage for doing even this, is dubious. Far better my original contention that manufacturers should be obliged to pass on spare parts at cost plus handling, not cost plus handling plus 5000% profit, thus stopping the stuff being prematurely scrapped in the first place...
That was one of the better parts of the Maplin job but it certainly did take a lot of time. I didn't mind on slow week days but on a busy Saturday when someone hands you a melted mass of black plastic and wants you to identify and replace a part now absent from a smoking crater then it becomes a bit tedious.
Good job satisfaction though if you manage to actually teach a customer something because you know he's going to go bragging to his mates about his new found knowledge, even if it is just calculating a voltage drop resistor for a LED.
I didn't say we don't investigate, it just isn't cost-effective to repair the board by hand, rather than pull a new one from stock.
We do investigate hen we can. Some of our boards are potted for intrinsic safety, and it's pretty difficult to remove. When a product is returned because it was struck by lightning, or flooded, we don't usually investigate much!
The failures we see in-house have been due to improper handling (bad wrist straps), correctly marked SMT resistors that are the wrong value, and an occasional defective EEPROM.
We have board-level tests that are either performed at the vendor or by us prior to product assembly. The finished product usually undergoes further performance/accuracy checks. This catches virtually all our defects. We usually don't burn in products unless they have mechanical parts like compressors or pumps that tend to have much higher "infant mortality".
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