Right To Repair? ROTFL
by business_kid from LinuxQuestions.org on (#5HBPA)
I find news items like This_One funny, because that was specifically what I did.
Back in the 1970s,1980s, & into the 1990s, the majority of Industrial Electronics boards were repairable, with through-hole components. Designs were modular, and a market in Service Exchange Boards was envisaged. Nobody thought that anyone would be successful repairing a board he had hardly seen before. But that was what I did until 2006, aided and abetted by some smart specialised diagnostic hardware, magnification and a highly sensitive 'seat of the pants' approach.
By the 1990s, consumer electronics were un-repairable and have only gotten worse. Some reasons are
Back in the 1970s,1980s, & into the 1990s, the majority of Industrial Electronics boards were repairable, with through-hole components. Designs were modular, and a market in Service Exchange Boards was envisaged. Nobody thought that anyone would be successful repairing a board he had hardly seen before. But that was what I did until 2006, aided and abetted by some smart specialised diagnostic hardware, magnification and a highly sensitive 'seat of the pants' approach.
By the 1990s, consumer electronics were un-repairable and have only gotten worse. Some reasons are
- All devices are now Surface mount, and the same device is sold in smaller and smaller packages. So large scale SMT is also obsolete.
- You have to be able to get parts fast in small quantities for a repair to be viable. They are not available.
- The range of available devices has mushroomed, but component suppliers have dwindled due to shrinking demand. They only buy what turns over rapidly.
- Cost has plummeted. If a replacement pcb didn't cost at least 200, any repair was marginal.
- High complexity (e.g.pc motherboards) also make repairs non viable as there's too much to check.
- The software component (firmware, software, VHDL) of any device is understandably never divulged. How to reprogram?
- Usually manufacturers don't even keep spare hardware components for themselves, but use up stock.
- Integration has mushroomed, with devices having their own inbuilt computers running them. So you can check inputs and outputs, but it tells you very little about whether a device works. Previously, it told you everything.
- These large surface mounted chips we see everywhere can only be soldered in wave solder machines, and not desoldered. You have to put 250C on a pin to de-solder it, but the junction it's connected to melts at 150C