E3522S.41.03

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Multiple Conductor Cables are designed to be flexible and robust, making them ideal for more electrical and industrial applications. E3522S.41.03 is one example of this type of cable and is used for industrial purposes such as sensing, power, control and instrumentation applications. So what is E3522S.41.03 and what is its application field and working principle?

E3522S.41.03 is a highly flexible, multi-conductor cable consisting of 8 conductors 24 AWG (7x32x0,2 mm²) with a stranded tinned copper conductor and a polyurethane insulation. It is designed with colored polyurethane insulation to reduce crosstalk between the conductors and minimize cable weight. The cable is UL-recognized and meets RoHS requirements. With its robust design and total shielded construction, it is suitable for applications requiring good mechanical performance, vibration resistance, mechanical protection, and high flexibility.

In terms of applications, E3522S.41.03 is used in a variety of industrial and commercial settings. It is commonly used in motion control systems, measuring or control systems, security systems, audio and video signal transmission, electrical interconnections, industrial robotics, and factory automation. It is particularly well-suited for applications requiring high sample rates, low jitter, and tight electrical specifications, such as in automation processes.

So what is the working principle of E3522S.41.03? The working principle is the same as that of any other multi-conductor cable – electricity is transferred through the conductors. In this cable, each of the conductors is insulated from the others, preventing any interference between them. This insulation also prevents the charge from dissipating, allowing electricity to be transferred efficiently between the conductors. The total shield construction further reduces electrical noise and prevents crosstalk between the conductors, making it suitable for industrial applications.

E3522S.41.03 is an ideal multi-conductor cable for a number of different applications, offering robustness, flexibility, and good electrical performance. It is suitable for a range of uses, from measuring and control systems to audio and video transmission. With its strong insulation, high sample rates, and low jitter, it is also well-suited for applications in automation processes.

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