Posted on 05/08/2025 6:12:14 AM PDT by Cronos
It used to be the case that people had limited amounts of stuff, and when whatever stuff they did have broke, they fixed it. Then the postwar economic boom and the "Mad Men" era of advertising, and voilà, stuff-palooza. Unlimited amounts of things now surround us, allowing us to take an on-to-the-next-one approach to consumption. When our phones, washing machines, or jeans show even a remote sign of wear, the path of least resistance is to replace them. Now, with President Donald Trump's tariffs threatening to increase prices and continuing concerns about inflation, that calculation may not be so straightforward. Repair is becoming increasingly appealing. The problem is, it's a habit we've moved away from — and one that may be tough to get back to because of technological, financial, and cultural shifts.
If Americans want to avoid tariff-driven price jumps, they may want to put down their credit cards and pick up some duct tape or a screwdriver
It's better for Apple if you buy a brand-new $900 iPhone than spend $90 on a new battery or give $25 to some small local shop to replace your cracked screen. The company spends a lot of energy on getting you to do that, via design, marketing, and other strategies. "They refuse to sell replacement parts to consumers, or they use software locks that frustrate repairs. Even if you're using authorized original manufacturer components, they leverage intellectual property law
(Excerpt) Read more at businessinsider.com ...
I used a PC104 project on a battery change balancer for Ma Bell. It is a delightful package. We went with VRTX on that project.
I know how you feel about project cancellation. I did a life safety system for the East Area Rocket Engine Test Facility in Huntsville for the NASA boys. We hooked to the countdown clock, and made an enormous field of sensors and actuators for doors, gates, railroad tracks, infrared sensors. We could detect cars, people, trains and control gate crossings, locks, sirens, horns, and gobs of warning lights. The network was carried on RS485, custom message protocol. The processor was a 68040 running on a multi-bus platform. Runtime was VRTX, developed under Idris, a UNIX clone that predated Linux. It even had sectionalized voice announcements. The labor union forced them to tear it all out so that a glob of signalmen and operators could keep their jobs. This was somewhere around 1984.
I remember one NASA guy told us, "If you ever hear that klaxon when you are down on a test stand, it means you are about to die.
I never saw a PIC die on the job. AVR devices were not nearly as rugged.
The PIC processors were very stable and the toolchain including the C compiler was well supported. I still wrote a fair bit of assembler where I had time critical interrupt service routines. Most of those were signal sampling ahead of doing some DSP to assess ride quality. The next gen hardware that never happened was intended to have a hardware ADC with 48 KSPS sampling. It would have saved significant expense over the Diamond Systems PC104 ADC.
Today is my last day of "work" with a charge number for my labor. I'll be retiring on June 8th after 33 1/2 years. I'll miss the work.
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