8641 0601000

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Multiple conductor cables are used for carrying electromagnetic signals of various types and to transmit power, or signals from one device to another. As the name implies, multiple conductor cables contain two or more individual strands of wire, rather than a single wire. Due to their versatility, multiple conductor cables are used in a wide variety of applications. This article examines the 8641 0601000 application field and working principle.

Types of Multiple Conductor Cables

The 8641 0601000 series of multiple conductor cables are shielded cables. Shielded cables are typically used in applications where there is the potential for external electromagnetic interference. The 8641 0601000 series is specifically designed for high-frequency applications up to 1GHz. The cables feature a jacketed overall braid shield with stranded tinned copper inner conductors.

The 8641 0601000 series is also available in several AWG sizes, including 20, 22, 24, 26, and 28 AWG. Each of these sizes is available with no shield to allow for flexibility in the application. The cables also feature a UL20276 UL approval when used within their operating temperature range.

Applications and Uses for Multiple Conductor Cables

Multiple conductor cables are used for a variety of applications in commercial, industrial, and medical fields. Some of the more common applications include audio/video wiring, automotive wiring, instrumentation wiring, and telecommunications wiring.

Audio/video wiring is one of the most common uses of these cables. Audio/video cables are used to transmit audio signals to speakers, amplifiers, and other audio/video equipment. The cables are typically shielded for reliable signal transmission and to reduce electromagnetic interference.

Automotive wiring is also a common application for these cables. Automotive wiring is used to connect components like headlights, tail lights, power windows, and other electrical components within the vehicle. The cables must be able to withstand high temperatures, and typically feature a flexible outer jacket for ease of installation.

Instrumentation wiring is typically used in industrial and medical fields. These cables are used for tasks such as connecting sensors and other instruments for data gathering and control. The cables must be able to withstand extreme temperatures and often feature a UL certification for safety.

Finally, telecommunications wiring is typically used to connect communication devices such as telephones, routers, and modems. The cables must be able to withstand high-frequency signals and must be capable of transmitting data over long distances.

Working Principle of Multiple Conductor Cables

Multiple conductor cables work by allowing an electrical current to flow through the conductors. Each conductor is insulated from the other conductors by a thin layer of insulation. The insulation prevents the electrical current from shorting between the conductors. This allows for the safe transmission of electrical signals from one device to another.

The cables may also include a separate grounding conductor. This conductor is typically uninsulated and is used to provide a common ground for the other conductors. The common ground provides a reference point for the other conductors to ensure signal integrity.

The 8641 0601000 series of cables also feature a jacketed overall braid shield. This shield helps reduce electromagnetic interference from external sources. The shield also prevents interference from being transmitted back to the source, which can be especially helpful in high-frequency applications.

Conclusion

Multiple conductor cables are an essential part of many electronics applications. The 8641 0601000 series of cables are specifically designed for high-frequency applications and feature a jacketed overall braid shield for protection against external interference. These cables are used for a variety of applications, including audio/video wiring, automotive wiring, instrumentation wiring, and telecommunications wiring. The cables also work by allowing an electrical current to flow safely through the conductors, while a separate grounding conductor provides a common ground for the other conductors.

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