Schematics don’t do you much good on today’s high-tech electronics. Most high-tech electronics nowadays use custom chips or FPGAs so a schematic that shows all the signals going in and out of a magic proprietary chip won’t do you any good.
A lot of lower-tech components that perhaps use discrete parts, relays, discrete resistors, etc. do have schematics on the inside of the case or available online.
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#PCB Design
I need to design LED tube PCB and is only 20mm wide, so there will be at least 10 pieces next to each other on one panel. The assembly house warned me, that it is not the same to separate these as it is with standard PCBs. How are these made to be separated?
(On every board we submit a design for assembly, some designers may make PCB fab confused about the orientation of diodes or LEDs. And we had both Eagle’s default diodes and KiCad’s default diodes sent back from Chinese fab.)
I designed a PCB with an imaging sensor that is mechanically coupled to a lens assembly using four 2-56 screws. I’m noticing that even though the screws are holding the board tightly against the mechanical structure if I flick or lightly knock the the assembly the image “moves”. I’m hoping to get a few suggestions for ways to fix the PCB to the mechanical structure. Any suggestions for adhesives or the like? Something else?
PCB trace width specifically refers to the width of copper traces that carry vital signals and power across the printed circuit board. Determining appropriate trace widths
PCB layout design is a key step in the manufacture of circuit boards. A reasonable PCB layout is conducive to controlling the production cost and
Printed circuit board (PCB) designers often grapple with electromagnetic interference when laying out boards. They must consider electromagnetic compatibility to satisfy system specs. Even small
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