After booting up the PC and returning to the storage information in the BIOS, we can see that the Western Digital drive is indeed being recognized - and if you boot into Windows or whichever operating system you're using, you will see the drive and be able to partition it and format it. Going back to the computer, while the Kapton tape is on the third pin, connect the power cable which will slip right over the tape, and then the data cable. What we need to do is prevent that third pin from making contact with the power cable. It's the third pin that delivers a 3.3V signal that disables the drive. The tape is too long for the pin, so snip off the excess with some scissors. When you look at the SATA power connection on the back of your hard drive, there are 15 pins that make contact with your power supply. I highly recommend that you use an ESD wrist strap while you're doing this, as you are touching the contacts of the drive. With clear diagrams and detailed instructions. This document provides a comprehensive overview of the different types of wiring available and the steps involved in properly connecting these wires. Next, on the hard drive, locate the third pin, and gently apply the tape. The Sata Power Connector Wiring Pdf is an invaluable resource for anyone who needs to understand the complexities of wiring a SATA power connection in their PC. The goal here is to cut a thin strip of tape - enough to cover that third pin - so take a razor and gently slice off a strip of tape. Then take a piece of cardboard and place it underneath. Take a piece of backing paper from a sheet of labels and place the tape onto it. It's a special type of non-conductive tape that's stable at both low and high temperatures, and is yellowish in color. The first solution involves a piece of Kapton tape to cover that third pin.
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