55PC1221-14-2/6-9CS2502

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Multiple conductor cables are a type of cable used in a variety of applications, including in instrumentation, control systems, power distribution, and signal transmission. The 55PC1221-14-2/6-9CS2502 is an example of a multiple conductor cable designed for use in these applications. This cable features a special design that makes it particularly well-suited for these applications.

The 55PC1221-14-2/6-9CS2502 multiple conductor cable is composed of 14 inner conductor strands made from tinned copper, two 19-gauge tinned copper ground conduits, and six 19-gauge tinned copper shielding strands. The inner conductors are made with a PVC insulation, color coded for easy identification. The outer sheath is also PVC, and is rated for an operating temperature range of -40°C to +80°C.

This type of multiple conductor cable excels in applications requiring superior signal reliability and low EMI interference. The cable\'s low capacitance makes it well-suited for high-frequency applications such as instrumentation and control systems. The special design ensures maximum signal integrity, while also providing superior mechanical protection.

The working principle of this cable is based on the fact that its construction provides an attraction between its two conductor strands that results in an electromagnetic field around the cable. This field helps maintain a consistent signal over the length of the cable, and its strength is adjustable by varying the voltage across the cable. The shielding strands ensure that this electromagnetic field is kept to a minimum while still allowing signals to pass through.

The 55PC1221-14-2/6-9CS2502 multiple conductor cable is well-suited for applications requiring low signal loss and high noise reduction. Its PVC insulation is both durable and flexible, allowing it to be used in a variety of locations and applications, and its design ensures maximum signal integrity over long distances. This cable is a great choice for a wide variety of applications, and can be an important part of any electrical system.

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