Both my physics and engineering college professors expressed a mentality of “do it right or do it twice” to instill course material and problem-solving methods into their student’s heads. They thought anyone in those courses could pass one of their notoriously difficult exams.
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“It’s what’s on the inside that counts.” Most of us have heard this in wildly different contexts than PCB design. Still, it’s true more generally: diving beyond the surface is likely to reveal the most critical features, attributes, or characteristics of many things, both esoteric and universal
When I was a kid, I remember leaving on video game consoles overnight when it was “lights out” because my siblings and I were at a point where we couldn’t save and exit the game. Faced with a loss of progress, we decided it was more beneficial to keep the hardware running and pick up where we left off later.
For decades, Moore’s Law was a defining experimental rule defining the rate at which the customer demanded significant improvements in computing power and how fast manufacturers were able to furnish this request.
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