Why do you say it is becoming viable again? What is it about the failures of these recent devices that left you able to diagnose/repair them, versus the failures of devices a decade ago that you couldn't/didn't?
part of why some of them are repairable for me is that there are great tutorials out there. I've replaced capacitors on a couple TVs that I never would have found on my own, but they were documented issues.
Caleb - looking at engineers like Jason Kridner (Ti Beaglebone camer and other projects) and Jeff Keyzer (Geiger counter, GHz Amps & such), I'd have to agree with you that there are engineers who still enjoy creating when outside of the corporate walls.
Many years ago, in a galaxy, pretty much right here, I'd expect to fix just about any electronic device of mine that failed. Somewhere along the years, component level repair became too expensive, too complex and in general, impractical.
However, along with the recent hobby re-revolution, that's been changing. In the last year, I've successfully performed component level repair on an LCD monitor, a gaming mouse, a digital camera and a few other similarly complex items. A decade ago, that would have been unthinkable.
Has anyone else found home electronics repair viable again?
I'm curious. Hobby electronics has exploded over the last few years. Has any of that been connected up with professional engineering? Like, do engineers-by-day become hobbyists after hours? If so, has that necessitated an increase in soldering skills?
I don't know that they NEED to. I think everyone could benefit from being able to solder though, even people who aren't in the engineering world. Well, except for wizards they can just do whatever they want.
NASA's Orion Flight Software Production Systems Manager Darrel G. Raines joins Planet Analog Editor Steve Taranovich and Embedded.com Editor Max Maxfield to talk about embedded flight software used in Orion Spacecraft, part of NASA's Mars mission. Live radio show and live chat. Get your questions ready.
Brought to you by