AFFC-050-10-102-11

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Flat Flex or Ribbon Jumper Cables, such as AFFC-050-10-102-11 are cables used in a variety of applications where an efficient and reliable connection or data transfer is required. Flat Flex cables are used in a range of applications including automotive wiring, robotics, industrial automation, telecommunications, medical technology, LED displays and many more. The cables are used to transfer signals from one point to another, provide a reliable and low cost connection or link between two components, or to provide communication between two devices on different levels.

Application Field of AFFC-050-10-102-11

The AFFC-050-10-102-11 Flat Flex Cable is designed for use in a wide range of applications including medical robotics, industrial automation, telecommunications, LED displays, commerical lighting, automotive wiring, and much more. Data transfer rates up to 40 Gb/s are possible with this cable, making it an ideal choice for high-speed data transfer applications. The cable is available in various lengths and colors, and can be customized to meet the specific needs of the application. The cable has a low profile and a small diameter which makes it easy to route and install. The cable is also UL recognized for safety, and is compliant with RoHS and CSA requirements.

Working Principle of AFFC-050-10-102-11

The AFFC-050-10-102-11 is a high-speed flat flex ribbon jumper cable which is designed to provide reliable and efficient data transfer for a variety of applications. The cable is constructed from a pliable conductor surrounded by two layers of insulation. The insulation material is commonly polyurethane or polypropylene. The conductor is then covered with a protective jacket, typically a polyurethane, which helps protect the conductor and insulate it from the environment. The cable has contacts on both ends which are electrically connected to and from the signal lines. The contacts are made from highly conductive metals, such as copper, gold, silver, or nickel.

These contacts allow the signal to travel across the cable from one contact to the other. The contacts are then surrounded by a dielectric material, typically PVC, to reduce signal loss. The dielectric also helps ensure that the signal is not disrupted by other environmental sources. This dielectric material is usually reinforced with a copper braid or foil, to further reduce signal loss and enhance signal integrity. The contacts and dielectric materials help to ensure that the signal is both reliable and efficient when traveling across the cable.

The Flat Flex ribbon cable is a highly efficient and reliable solution for many data transfer applications. The cable is easy to install, as it is highly flexible and can be routed through a variety of tight spaces. It is also a low cost solution, as the materials used in its construction are relatively inexpensive. The small diameter and low profile of the Flat Flex cable also make it well suited for use in a variety of applications, including medical and industrial robotics, telecommunications, LED displays, and many more.

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