Because sometimes you just have to stitch resistors and capacitors. And a few diodes for good measure.

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Because sometimes you just have to stitch resistors and capacitors. And a few diodes for good measure.

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USB-C "Fixer" for Missing CC Pins ๐โก๐ ๏ธ
We have a few devices missing the 5.1K resistors on the CC pins, which frustratingly don't work with Mac computers or certain smart USB-C power supplies. To solve this, we designed a small adapter that combines our sunken USB socket
When you want a svelte USB C build, a 'sunken' type connector that straddles the PCBA will let you keep your build super slim. This
and USB plug breakout
Throw out all those Mini and Micro B USB cables you have in a plastic bin - the next generation of USB connectors is here with USB C! Y
This handy USB-C "fixer" adds the necessary CC resistors and includes a power-good LED indicator. It passes standard USB 2.0 signals (5V, GND, D+, D-) and fits onto any USB-C cable end, ensuring compatibility with a wider range of devices.
moment
wasting time
should be a crime
for there's no time
to waste
this is the place
where we will face
destruction
so, please,
make haste.
What are we marching for regarding Gaza at this point? For Palestinians to live in worse conditions than Skid Row? #ONESTATESOLUTION #Reparations for #Palestine and #reconstruction funded by #USA and #Israel and #UnitedKingdom

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mm resistors... which do you think is most tasty...
The resistor code (how you recognize the value of a resistor from the bands of color) is almost good and then totally faceplants at the end. The way it works is you have a system of (Digit 1) (Digit 2) (Digit 3) * (multiplier). Except this isn't scientific notation; you have to convert everything awkwardly in your head by multiplying a 3 digit number (123) by the multiplier. So 1,2,3,4 -> (123) * 10^4 = 1.23*10^6 = 1.23 MOhms.
They could just have easily had it be significant digit and then scientific notation. This would have made 4, 5, and 6 band resistors equivalent, just with added precision. But nope! For a 4 band resistor you have a 10s number * multiplier and a 6 band gets extra digits (note: I may be wrong here).
Just, it was so close and you guys had to ruin it.