AFFC-100-10-203-11

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Flat Flexible Cable (FFC) is a special type of ribbon cable that is designed to have multiple layers and often has more than one conductor. FFC cables are commonly used in higher current applications and feature enhanced flexibility and robustness when compared to standard ribbon cables.

What is FFC-100-10-203-11?

FFC-100-10-203-11 is a type of flat flexible cable (FFC) that is designed to be used in applications requiring high current, flexibility and robustness. It has a flat shape, with a width of 100mm and a gap of 10mm between the inner and outer layers. The thickness of this cable is 203mil (0.203inch or 5.16mm) and the number of wires inside is eleven.

Application Field and Working Principle

FFC-100-10-203-11 is suitable for application fields that require higher current, increased flexibility and robustness, such as in automotive, medical, industrial, and home electronics applications. This type of flat flexible cable is designed to reduce the amount of electrical noise, interference, and vibration caused by the movement of the wire in its flat and flexible shape. The eleventh wire provides an extra measure of protection against these external influences, as it acts as a shield that prevents the interference from affecting the contents of the cable.

When in use, FFC-100-10-203-11 carries electrical current through its eleventh wire in a single central line. This is because the current cannot be spread across more than one wire, as it will affect the integrity of the signal. This line of current is then transferred to the inner layers of the cable before exiting to the application device. This ensures that current is delivered safely and efficiently to the specified device without creating any interference or signal loss.

Benefits of using FFC-100-10-203-11

Using FFC-100-10-203-11 offers several benefits, including increased flexibility and robustness. The flat construction results in a lighter and more compact cable, reducing the space and material cost needed for applications in tight spaces. The increased flexibility of the cable also makes installation and maintenance easier, as it can be bent to fit different applications and be held in place with various types of fasteners.

The eleventh wire also increases the level of protection against electrical noise, interference, and vibration along pathways. This provides a more reliable and secure connection in harsh environments, such as automotive, medical, and industrial fields. With reduced wear and tear, users can also expect to see enhanced product longevity in their devices.

Conclusion

FFC-100-10-203-11 offers an enhanced level of flexibility and robustness when compared to standard ribbon cables. With eleven wires and a flat flexible design, this type of cable reduces the amount of electrical noise, interference, and vibration along pathways. This makes it ideal for use in automotive, medical, industrial, and home electronics applications. Additionally, it is lighter and more compact than standard cables, as well as easier to install and maintain.

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