Lenovo Yoga Slim 7 Pro - no power, motherboard repair - a liquid damage repair 

I concur 100%

As Sorin called out statistics (temperature, component disconnections, voltage, etc) ramping up to a "procedure" in other videos, it's crossed my mind that if this guy wasn't surgeon in an earlier life he had to have been a rocket scientist. "Repair, not replace" made me think "Welcome to my World" but that NEVER included electronics until happening on this amazing channel. I've learned so much and have been inspired to learn more besides. Thank you!

Oh yes. Also when he says looool hahah

Also when he says lets make a propper calibrated fuse ☺

Thanks for the info sir

Lenovo has really weird engineering laptops not in all models but a lot of them. Thinkpads are really good for example compared to yoga with failing hinges or cheap power buttons.

My old 486 Win2k that ran multiboot with a 30MB HD hd pulled from a 286AT (also a multiboot Win95 & DOS) fired up about a month ago after a capacitor found rattling around on the MB was soldered back on (thanks to inspiration from Sorin). More than physical damage as far as computers not lasting, updates are the major culprit. My XP Dell & sister XP Gateway died and could not be revived by resetting the bios after the last update less than a week apart. Later a fairly new expensive Win7 was sabotaged during Windows 10 preparation and it was sold without OS disks. When it was switched to Linux, wiping remains of HP and windows to my surprise, annoying yellow flicker lines across the 17" display went away. My new Dell has no way to change scroll direction of the touchpad. Dell claims Windows is taking care of the driver while Windows refers to Dell. Cozy relationship. Time to buy new, eh? The question becomes for a reliable computer, " Did Levono shell out the big bucks and proprietary information to Microsoft to spare them from intentional driver update sabotage? Or, did the other manufacturers shell out money to Microsoft to drive up sales?"

😂

It may fail or It may not...anyway, It Is a 10K resistor. The current thru It Is very small. Basically, low value resistors are prone to fail, because they are used tò monitor current which can be high enough tò generate heat. Medium value resistors, say in the range of TENS of KOhm seldom fail. On the contrary, resistors in the MOhm range tend tò fail since they are used in high voltage circuits. Regards from Italy.

You get the same fault.