AFFC-100-05-051-11

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Flat Flex or Ribbon Jumper Cables are electrical cable assemblies that are mainly used for data or control signal transmissions between two electrical components or circuits. AFFC-100-05-051-11 is one of the most popular Flat Flex cables available in the market today; it has a wide range of applications and is suitable for different needs. In this article, we will discuss the application field and working principle of the AFFC-100-05-051-11 cable.

AFFC-100-05-051-11 is an ultra-flexible flat cable that is designed for ease of installation in high-density systems. It has a high-quality construction and is suitable for applications that require high-speed data transfer and tight compression over short distances. The cable features an ultra-thin flat design, making it suitable for use in confined and awkward spaces, due to its low profile and flexibility. Additionally, the cable can endure high speed and repeated flexing or vibration.

The AFFC-100-05-051-11 flat flexible cable is intended for use in a wide variety of applications, such as consumer electronics, medical equipment, industrial control systems, and communication systems, among others. The majority of its applications are with electrical and electronic equipment, due to its multi-conductor construction. The cable’s design includes a flat conductive strip surrounded by an insulation material. This basic design allows the cable to have multiple conductors, while still remaining flexible and lightweight.

The working principle of the AFFC-100-05-051-11 cable is fairly straightforward. The cable consists of two main components, namely an insulated conductor and an outer sheath. The insulated conductor is composed of a single copper wire or several copper wires that are arranged in a flat and parallel pattern. The wires are covered by a thin insulating material, such as PVC or Teflon. The outer sheath is composed of a medium-flexible, fire-retardant material such as rubber or vinyl.

The cable is connected to a terminal board on each of the two devices it joins. The terminal board is connected to the wire by soldering and provides a rigid and secure attachment. The wires are then connected together on the terminal board, forming a complete electrical pathway between the two devices.

The AFFC-100-05-051-11 cable is designed for flexibility and high-speed data transfers and is suitable for a wide range of applications. Its small size, flexibility and lightweight construction make it ideal for tight spaces and confined environments. Additionally, it is highly resistant to vibration and repeated flexing and can survive high-speed data transfers. Thus, the AFFC-100-05-051-11 flat flexible cable is a great choice for a wide variety of applications.

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