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Is your PC failing? Don't buy a new one yet. In this 4K helmet-cam (POV) masterclass, I show you how to diagnose a Power Supply (PSU) using professional tools. 25 years of hardware experience to save you hundreds of dollars.
sfc /scannow (To repair system files corrupted by power loss)

chkdsk /f (To fix disk errors after a hard shutdown)

DISM /Online /Cleanup-Image /RestoreHealth (To restore Windows image integrity)
[HOW TO HELP]
If my expertise saves your PC today, please support my family. Every dollar helps us survive this injustice.
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#PCRepair #Hardware #4K #PSU #TechSupport #DIYTech #Electronics #SaveMoney #Justice #24MillionViews #PayPalHelp #GamesGon

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Tecnología
Transcripción
00:0024 million views. To the world, it looks like a milestone of success.
00:05But behind these digital numbers is a story of platform injustice and struggle.
00:10I am the expert technician for years.
00:13I have shared my knowledge, yet the system often exploits creators,
00:17leaving us fighting for our financial survival.
00:20Despite the hardships, my commitment to the craft remains.
00:24Today, I'll show you how to professionally test your PC power supply voltages
00:28to ensure system stability, we begin with the paperclip test.
00:32This simple trick allows us to jumpstart the power supply without needing a motherboard.
00:37It's the first step in troubleshooting.
00:41Locate the green wire on the 24-pin connector.
00:44Insert one end of a bent paperclip here, and the other end into any adjacent black ground wire,
00:49as soon as the connection is made.
00:51The PSU fan should begin to spin.
00:54This confirms the unit is receiving power and the internal.
00:57Switch is functioning.
01:00Now we move to precision measurement.
01:02Grab your digital multimeter.
01:04Set the dial to DC voltage.
01:06Accuracy is paramount when dealing with sensitive electronics.
01:10First, we test the 12 volts rail.
01:13This powers your power-hungry components like the CPU and GPU.
01:17Place the probes on the yellow and...
01:19Black wires.
01:20A healthy reading should be between 11.4 and 12.6 volts.
01:25Here, we see a steady 12.1 volts.
01:28This indicates the main power delivery is solid.
01:32Next, check the 5 volts rail by probing the red wire.
01:35This rail supports your USB devices and internal logic.
01:39We are looking for exactly 5 volts.
01:41Finally, the 3.3 volts rail, which is the orange wire.
01:46This powers your memory and motherboard chipset.
01:49Even a small fluctuation here can cause system crashes.
01:53Technical repairs are logical.
01:55But life rarely is.
01:56I provide these guides to help you.
01:58While I navigate the financial pressures of an unfair industry,
02:02I ask for your support not just for the content,
02:05but for the person behind it.
02:07Together, we can stand against exploitation and keep the truth alive.
02:12Your support keeps this laboratory running
02:15and helps a father provide.
02:16Stay technical.
02:18And stay strong.

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