8882MN 0081000 Cables, Wires

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Introduction to Multiple Conductor Cables

Multiple conductor cables, commonly known as multiconductor cables, are common in many applications from computer systems and telecommunications networks to aircraft electrical systems. They are flexible cables that contain multiple conductors, which are insulated and shielded with a jacket. Multiple conductor cables are designed for a variety of applications, from current control to high-speed data communications. The number of conductors and configuration of the multiconductor cable make it ideal for certain applications, including transmitting power and signals.

8882MN 0081000 Application Field and Working Principle

The 8882MN 0081000 multiple conductor cable is designed for use in short-distance connections. This cable combines flexibility and long-lasting strength with superior electrical properties and an improved low- profile, high-temperature jacket. This cable is perfect for applications such as high frequency power transmission, interconnections, and audio lines. The 8882MN 0081000 has 8 conductors with a 0.13±0.01mm insulation and a 0.38mm diameter shielding.

The common principle of multiple conductor cables all involve transmitting one or more signals or currents simultaneously across all of the conductors. For example, in power transmission applications, a single high-voltage current can be transmitted across all of the conductors, while in data transmission applications, multiple data signals can be transmitted across individual conductors. In addition, multiple conductor cables are able to provide ground and return paths, allowing for increased insulation and signal integrity.

Signal and Power Capability

Multiple conductor cables are great for both signal and power applications. In a signal application, the multiple conductor cable is used to carry multiple frequencies, allowing for increased bandwidth. This is beneficial in data transmission applications, as multiple signals can be sent through the cable and received at the other end. In addition, multiple conductor cables are often used in audio networks, allowing for the transmission of multiple signals.

In power transmission applications, the multiple conductor cables are used to transmit a single high-voltage current. This is great for applications where large amounts of power are required, such as in aircraft electrical systems. As the current is transmitted across all of the conductors, each conductor receives an equal amount of current, resulting in improved reliability and reduced voltage losses.

Advantages of Multiple Conductor Cables

Multiple conductor cables offer a variety of advantages compared to single conductor cables. Most notably, they are able to transmit multiple signals or currents simultaneously, reducing the need for extra cables and connectors. In addition, multiple conductor cables are often better shielded than single conductor cables, allowing for improved signal integrity and insulation. This makes them ideal for many applications, from audio transmission to power transmission. Furthermore, multiple conductor cables often have improved flexibility and long-lasting strength, making them a great choice for applications where flexibility is a must.

Conclusion

The 8882MN 0081000 multiple conductor cable is an ideal choice for numerous applications, from power transmission to audio networks. With multiple conductors and superior shielding and insulation, this cable is able to provide reliability and improved signal integrity. In addition, due to its improved flexibility and low-profile, high-temperature jacket, the 8882MN 0081000 is a great choice for applications requiring flexibility and strength.

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