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 have received PCB samples containing AC line. Test is indispensable process on my side to ensure its quality and function. But is AC line dangerous? How do I protect myself during testing?
I am prototyping a PCB, using Chip Quik’s “SMDSWLF.031, a Sn96.5/ Ag3.0/ Cu0.5 solder with 2.2% no-clean flux. I find that the black spots appears frequently in larger pads on my board. I wonder if it is because I left the soldering iron more time heating the solder and that burnt the flux. What is that black residue? Is that a sign of a bad joint or maybe bad soldering technique?
My PCB antennas fail to achieve resonance, though I have changed their length. Our new product project is obstructed due to this problem now. Are there any good solution else?
Printed circuit boards with high-speed chips and microwave PCB structures have numerous parameters that differ significantly from those of conventional, rigid and flexible printed circuit
Advancements in technology continue to push the boundaries of PCB design, demanding smaller and more complex layouts. When it comes to creating intricate connections within
PCB Schematic: What Is It? Why Is It Important? A printed circuit board design starts with a PCB schematic diagram. This PCB schematic layout visually depicts the
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