The stripe down the side of a cable typically indicates pin 1, and it is usually colored white or light in contrast to the rest of the cable, which is often black or a darker color. This color coding helps to identify the orientation and ensure proper connections in various types of cables, such as ribbon cables or audio/video connectors. Always check specific manufacturer guidelines, as color coding may vary.
red
Usually an arrow pointing to it, or a number 1 on the connector. It's also on the side with the red wire. And most boards are keyed with a slot on the side of the female part, and extrusion on the male connector... so it can only be inserted the proper way.
Pin 1 on a ribbon cable is usually colored differently than the other pins. It is often red.
On PATA cables the stripe down one side indicates which side is pin 1.
Usually matches body color for common ground squirrels and no stripe or distinctive markings like a chipmunk.
The red stripe on an IDE cable indicates the "pin 1" side of the connector. This marking helps users correctly align the cable when connecting it to both the motherboard and the hard drive or optical drive, ensuring proper data transfer and functionality. Incorrectly connecting the cable can lead to device malfunction or data loss.
The color of the cable in the bottom left side of a plug is typically black.
Any marking (a white stripe, bump molded into the cable, different wire colours) is an indication for your reference only. It doesn't matter, as long as you connect the marked side on the amplifier to the same polarity on the speaker side.
there is a yellow symbol, two red stripes on each side, and a blue stripe down the middle.
He wore mostly red gear ... trunks, tights, singlets, probably because he was billed as being from Russia.. but he also wore some black tights and trunks with a red stripe down the side.
well try to find if one wire has a darker color copper than the other, this would help. or if one side of the wire coat has a white stripe on it, then the stripe indicates it's positive
Mesh topology- a cable at fault not affect others. Ring topology- a cable at fault, only affect side by side, If main cable at fault ,whole system shut down. Star topology- a cable at fault, others are not affected. If Hub at fault, whole system shut down. Bus topology- main cable at fault, system will shut down. a cable at fault,will not affect others.