FFSD-16-D-02.00-01-F-N-RW

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Rectangular Cable Assemblies are utilized for a variety of applications that may require either four or more conductive traces, or a series of combined conductive and non-conductive layers. Rectangular assemblies are most often used in fixed-wire applications, such as power connectors, sensor harnesses, and many others. The design of the assembly includes three parts: (

1. Conductors – The conductors are located at the center of the assembly and serve to transmit power and signals between components. These conductors are typically insulated with a dielectric material.

2. Contacts – The contacts are the electrical contacts between the conductors and the shielding layers. These contacts may be made of different material such as copper, nickel, and aluminum.

3. Shielding layer – The shielding layer is the outer layer of the assembly, which provides a physical barrier between the conductors and the environment. This layer usually consists of a metal, such as aluminum or copper, and may be backed by a dielectric material such as PVC or polyurethane foams.

FFSD-16-D-02.00-01-F-N-RW cable assembly is specifically designed for applications involving the transmission of power and signals. It is a miniature rectangular cable assembly that is constructed from four or more conductive traces and a series of customizable shielding layers. The shielding layers can be made up of a combination of dielectric and conductive layers.

The working principle of the FFSD-16-D-02.00-01-F-N-RW cable assembly can be broken down into three main phases:

1. Power Transmission – The conductors will transmit power and signals between two points. The contacts are designed to allow for a secure connection between the conductor and the shielding layers. The shielding layers will reduce the susceptibility of the assembly to electromagnetic interference (EMI), ensuring that the signal integrity is maintained.

2. Grounding – The shielding layer will provide an effective means of grounding the conductors and contacts. This means that any EMI interference will be directed to the shielding layer, rather than the more sensitive conductors or contacts.

3. EMI Protection – The shielding layers are designed to reduce the amount of EMI that can reach the components connected to the assembly. This is done by providing a physical barrier between the dynamic components and the EMI interference.

FFSD-16-D-02.00-01-F-N-RW cable assembly is an excellent choice for applications that require reliable power and signal transmission with minimal EMI interference. The customizable shielding layers provide flexibility in the design process, while also ensuring that the conductors and contacts are adequately protected and grounded.

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