I know this is old, but I came to look at replacing a connector on my ASUS memo pad. At about 3:50-4 you are checking the traces. However, the 2nd line from the top SHOULDN'T connect to the wide piece of copper to the right (which you say at 5:28), but ONLY to the top one of the two thin traces. The two thin traces are D+/D-, a differential pair that carries USB data. The bad 1st repair made it look like it connected to the wide trace, but it shouldn't (see the bottom of the two center pins). The 2nd pad should have only been wired to the top of the two thin traces, the 3rd to the bottom of the two. Congrats on your fine soldering work, but that tablet won't be able to send/receive data over the USB lines, only charge. The top of the two thin lines was left shorted to GND by the wire going to both the thin line and the fat 'line'.
I know this is old, but I came to look at replacing a connector on my ASUS memo pad. At about 3:50-4 you are checking the traces. However, the 2nd line from the top SHOULDN'T connect to the wide piece of copper to the right (which you say at 5:28), but ONLY to the top one of the two thin traces. The two thin traces are D+/D-, a differential pair that carries USB data. The bad 1st repair made it look like it connected to the wide trace, but it shouldn't (see the bottom of the two center pins). The 2nd pad should have only been wired to the top of the two thin traces, the 3rd to the bottom of the two. Congrats on your fine soldering work, but that tablet won't be able to send/receive data over the USB lines, only charge. The top of the two thin lines was left shorted to GND by the wire going to both the thin line and the fat 'line'.
I noticed that too. The traces even have convenient test points to tap into.
That's true
thanks for sharing your knowledge.
Nice win!
Nice job
super good
Where did the connector come from?
pin2 not cannot to grand