0151660509

Series:	Premo-Flex™ 15166
Part Status:	Active
Lead Free Status / RoHS Status:	--
Cable Type:	FFC, FPC
Moisture Sensitivity Level (MSL):	--
Number of Conductors:	46
Pitch:	0.020" (0.50mm)
Length:	10.0" (254.0mm)
Length - Exposed Ends:	0.157" (4.00mm)
Termination Style:	Top on Both Sides, Backers on Both Sides

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Flat Flex, Ribbon Jumper Cables

Flat flexible (FF) ribbon jumper cables have become increasingly popular in the electronics industry due to their high performance capabilities and reliability. FF cables provide a superior connection and flexing capability. The cable consists of flat flexible conductors that are separated by a dielectric insulation material. They are usually manufactured from copper-clad aluminum (CCA) or copper-clad steel (CCS).

0151660509 Application Field

FF cables can be used for a variety of applications, including the connection of connectors in electronics such as computers, cellular phones, digital cameras, electric vehicles, medical devices, and other high-tech devices. These cables offer superior flexibility and have the ability to maintain a constant connection under a variety of conditions. FF cables are also capable of carrying large currents and are relatively maintenance-free.

Working Principle

FF cables are composed of multiple conductive layers, each layer being separated by a dielectric material. When an electric current is applied through the conductive layers, it creates a magnetic field between the layers. This magnetic field induces eddy currents on the surface of the conductor layers, resulting in a repelling force between layers. The repelling force is what gives the FF cable its flexibility, allowing it to move and bend when necessary.The electrical performance of the FF ribbon cables can be influenced by the design of the conductors, dielectric, shielding and connectorization. The conductor design includes the number and size of strands, the purity of the copper cladding, and the insulation type. The dielectric chosen for the cable can affect its impedance characteristics and the overall weight of the cable assembly. Shielding can be added to reduce EMI interference, and the connectors used to terminate the cable can affect its electrical performance.

Conclusion

FF ribbon cables provide superior flexibility, durability, and electrical performance for a variety of applications. Their small profile and resistance to vibration and shock makes them ideal for electronics applications that are exposed to harsh environments. With proper selection of conductors, dielectric, shielding, and connectors, FF cables can be optimized for any given application.

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