AFFC-100-04-076-11

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Flat Flex Cable (FFC) and Ribbon Jumper Cable (RJC) are two types of flat cables commonly used in electronic assembly. This article examines the application field and working principle of the AFFC-100-04-076-11.

Flat Flex Cable (FFC) is a type of electrical cable composed of flat conductors flattened from a round wire, and has a width of only 0.2-0.5 mm. They have the same basic electrical characteristics as standard conductors such as copper or aluminum, but are more flexible. They are primarily used in electronic assemblies and automotive wiring harnesses, allowing for a smaller footprint and more reliable wiring.

Ribbon Jumper Cable (RJC) is a type of flat cable composed of flat conductors with a staggered construction. The individual conductors are connected to form a flat cable, which has a greater flexibility than a standard round cable. They are suitable for applications where high contact densities are needed, such as hard drive backplanes, motherboards, and other application-specific designs.

AFFC-100-04-076-11 is a flat flex cable with a thickness of 0.51 mm and a width of 4.76 mm. It is made up of 28 conductors, consisting of three layers of nine strands each. The strands are arranged in a zig-zag pattern, allowing for a low profile and high flexibility while maintaining a high degree of signal integrity. The individual conductors are made of tinned copper wire, housed in a polyvinyl chloride (PVC) casing and insulated with PVC. This type of cable is ideal for applications such as computer and laptop hard drives, flat panels, and embedded systems where a space-saving solution is needed.

The working principle of the AFFC-100-04-076-11 is quite simple. The conductors are arranged in a zig-zag pattern, which creates a uniform electrical contact between each conductor and its neighbor. This arrangement also allows for a high degree of flexibility compared to a round cable, as it is more capable of being bent and twisted without damaging the electrical integrity. The tinned copper wire provides a secure, low-resistance connection, while the PVC insulation prevents any crosstalk or interference between the conductors. The cable also has a high rated current capacity, making it suitable for use in high-power applications such as automotive electrical systems.

In conclusion, the AFFC-100-04-076-11 is a suitable option for applications that require a flat cable with a low profile and high flexibility. The combination of the zig-zag arrangement of conductors, copper wire and PVC insulation provides a reliable and high-quality transmission of signals while maintaining flexibility. It is ideal for computer cabling, flat panel displays, and other space-sensitive applications.

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