FFSD-05-D-02.40-01-N

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Rectangular Cable Assemblies provide the perfect solution to a wide range of industrial and military applications. Used primarily to connect components in a network or system, they also provide robust, reliable and secure connections for audio, power and data transmission. The Field of Application and working principles of FFSD-05-D-02.40-01-N are outlined below.

Field of Application: FFSD-05-D-02.40-01-N cable assemblies are designed to meet the demands of power, signal and control applications in military and industrial environments. The cable has outstanding strength and flexibility. It also has a superior resistance to oil, acids, solvents, heat, water, abrasion, and most chemicals. The shield has a high dielectric strength, and is resistant to vibration and shock. The cable assemblies are especially suitable for applications that require the movement of large quantities of power, signal and control signals over long distances.

Working Principle: FFSD-05-D-02.40-01-N cable assemblies have a layering technique that provides excellent flexibility while maintaining high contact density, allowing for high power and signal transmittance. The cable assembly is composed of an outer jacket and inner conductor, each with additional layers of insulation to protect against electromagnetic interference (EMI), and shielding. The outer jacket is constructed of heavy-duty electrical grade PVC or other highly durable materials to provide protection against mechanical abrasion. The inner conductor is typically composed of high-quality copper, providing excellent electrical conductivity. The shielding layer is used as an additional precaution against EMI, and is typically composed of metals such as aluminum, which provides additional protection against interfering electrically charged air molecules.

The proper assembly of FFSD-05-D-02.40-01-N cable assemblies begins with the preparation of the materials. The first step is to cut the required lengths of the outer jacket and insulation material. The outer jacket is then attached by using an appropriate adhesive or tooling to the insulation material. Next, the inner conductor is placed inside the insulation material and held in place with the outer jacket. Finally, the shielding layer is installed around the inner conductor, to provide a shield against EMI.

FFSD-05-D-02.40-01-N cable assemblies are used to provide a variety of electrical, power, and control connections in industrial and military systems. They provide secure, reliable, and robust connections for audio, power, and data transmission. The shield provides high dielectric strength and EMI protection. The cable is highly resistant to water, acids, oil, heat, and most chemicals. The construction of the cable allows for excellent flexibility while providing high contact density.

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