85407 BK005

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Multiple Conductor Cables are used in a variety of demanding electrical applications in a range of industries, from aerospace to medical, and include applications for 85407 BK005 (hereafter referred to as “85407”). 85407 is designed for high-flex applicator fields and power and RF applications. Its characteristics are designed for superior performance, such as low-static capacitance, low-dissipation factors, low-clearance voltage requirements, and resistance to noise.

85407 consists of three conductors, or lugs, made with silver-plated copper. The outer conductor jacket is constructed of black polyurethane. This insulation material provides excellent resistance to water, fire, radiation, temperature variance, and other forms of environmental stress. Additionally, the insulation material provides superior electrical insulation properties and prevents electrical signal interference.

The first working principle is that of a conductor. An electrical conductor is any material that is capable of allowing current to pass through it. In the case of the 85407, the three conductors allow current to flow in a single direction from the conductor to the transmit/receive (T/R) point. This allows for current flow directly through the cable.

The second principle at work in the 85407 is that of insulation or dielectric. The insulation material provides electrical resistance between the three conductors, preventing electrical current from passing through the insulation. This prevents accidental or unintentional electrical shorts, overloads, or other undesirable electrical events that can damage the device or system it is connected to. The insulation material also prevents any electrical signal interference from adjacent components or systems.

The third principle of the 85407 is its flexibility. The polyurethane insulation material is designed for high-flex applications, meaning it can bend and twist to fit the shape demands of various applications. This increased flexibility and resilience creates a stronger cable overall.

The fourth and final working principle of the 85407 is its resistance to noise. With its low-static capacitance, low-dissipation factors, and low-clearance voltage requirements, the 85407 can reduce and mitigate interference caused by external sources. This makes the 85407 useful for many industries, including medical, aerospace, and defense.

In summary, the 85407 is designed for high-flex applicator fields and power and RF applications. It consists of three conductors, or lugs, made with silver-plated copper and is insulated with a black polyurethane jacket material. The cable is designed for superior performance, with low-static capacitance, low-dissipation factors, low-clearance voltage requirements, and noise resistance. Its flexibility makes it useful for multiple applications, and its noise resistance can mitigate interference and damage caused by external sources.

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