Ribbon cables are difficult to work with and it is never a good idea to install cables on a device when it has power running to it. Components could short and be damaged or the technician could be damaged.
In order to reduce damaged to the flowing of current in the computer system
Ribbon cables are difficult to work with and it is never a good idea to install cables on a device when it has power running to it. Components could short and be damaged or the technician could be damaged.
A ribbon cable is a cable with many wires running parallel to each other and are most commonly used inside computers connecting hard drives, cd drives and floppy drives. Older computers used them as external connections as well.
That would be called Ribbon Cable. It's generally used in connecting hardware, such as: CD Drives, Floppy Disc Drives, and Hard Drives. The best thing to do is search for 'PS3 Ribbon Cable' and then make sure the Ribbon Cable has the correct amount of slots at each connection of the Ribbon Cable.
Many newer systems don't have any ribbon cables at all. Ribbon cables were used for IDE drives, SCSI drives, and floppy drives. The number of cables will depend on the number of drives in the system (16 drives per SCSI cable, 2 per IDE cable, and 2 per floppy cable).
yes
The correct answer is....80-conductor IDE ribbon cable.
SATA cables.
The red stripe on the ribbon cable indicates pin #1. Usually, pin #1 on the device is the one closest to the power connector.
In a software program, the ribbon is found near the top of the screen. It contains functions and commands with little images that you can click on to perform whatever it is you want to have the program do.
There are jumpers on the drives that differentiate the master from the slave. If the jumpers aren't set correctly, the BIOS will not recognize them. In addition, some IDE ribbon cables are also labled Drive 0 (or Master) and Drive 1 (or Slave). If the jumpers are set correct, but the drives are plugged into the ribbon cable incorrectly, the computer will not recognize the drives.
A 34-pin ribbon cable will connect a floppy drive.A 40 (or 80) conductor ribbon cable is for (E)IDE devices.Other ribbon cables may be used (80 conductor for SCSI, and in older systems, MFM and RLL Hard drives).A smaller ribbon cable (10 conductors) may be used for USB Headers.I think that covers most of them.
You sew the ribbon on to the wing and then glue it also before you sew it so than the ribbon would be securely done.