FFSD-05-D-02.20-01-N

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Rectangular cable assemblies are used in a variety of applications, such as powering and insulating devices, connecting various circuits, and providing electromagnetic shielding. The FFSD-05-D-02.20-01-N is one particular type of rectangular cable assembly that is designed to transmit both data and power, making it a versatile option in a variety of situations. In this article, we\'ll discuss its application field and working principle.

Application Field

The FFSD-05-D-02.20-01-N is most commonly used to connect electrical components in home, commercial, and industrial applications. It is typically used for electrical connection between computers, computer graphics cards, power supplies, motherboards, and other peripherals. Some other applications include medical devices, telecommunications equipment, robotics, industrial automation equipment, office automation, transport systems, and other industrial applications. This cable assembly can be used in a variety of ways to power and insulate devices, transmit data, and provide electromagnetic shielding.

Working Principle

This rectangular cable assembly works on the principle of two conductors arranged in parallel with wires surrounding them. The outer set of wires provides power and the inner set of wires to transmit data. The ingredients of this cable assembly include an insulated conductor, an uninsulated conductor, and a shielding layer. The conductor typically consists of copper or some other metal such as aluminum. The shielding layer is typically made from a metal foil or a braided metal mesh. This layer provides effective electromagnetic interference (EMI) shielding.

The electrics of this cable assembly work by connecting the conductor wires to the components in the circuit. When current is applied to the conductor wires, the current is transmitted between the two conductors. When the shielding layer is present, it acts as a barrier to outside signals while allowing the electricity to flow through the inner wire in the desired direction.

This rectangular cable assembly is also designed to withstand higher current and higher temperatures than traditional cables. It has a larger conductor cross-sectional area, which helps to dissipate heat away from the copper conductor and thus reducing thermal aging. This feature also makes it more resistant to disturbances such as crosstalk and noise.

Conclusion

The FFSD-05-D-02.20-01-N is an example of a rectangular cable assembly that can be used for a variety of applications. It works on the principle of two parallel conductors and a shielding layer surrounding them. This type of cable assembly is designed to resist higher currents and temperatures than traditional cables, and it is perfect for connecting electrical components in home, commercial, and industrial applications.

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