45495 BK001

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Multiple conductor cables are commonly used in a variety of applications due to their ability to transmit power or signals between two points. One of such multiple conductor cables is the 45495 BK001. This cable is designed to help reduce electromagnetic interference (EMI) and allow the transmission of signals at a greater distance without significant attenuation.

The 45495 BK001 is primarily used in communication applications due to its ability to reduce EMI. It features a three-pronged cross-shaped design, where the two outer prongs are used to transmit the signals and the middle prong acts as a path to ground the electrical current. This design helps reduce the amount of EMI that can be produced by the cable, which in turn allows the transmission of signals to take place over a longer distance without losing its integrity.

Additionally, the 45495 BK001 utilizes stranded conductors for the transmission of signals. This helps reduce the amount of resistive losses in the system, as well as improving the overall performance of the cable. It is also important to note that the cable is not as flexible as other cables due its design. However, this makes the 45495 BK001 a great choice for applications where stress relief and shielding are needed.

In terms of working principle, the 45495 BK001 uses a combination of shielding and conductor paths to create a transmission line. To reduce interference, the cable utilizes the three-pronged design which allows the current to flow to the ground in the middle prong. This also helps to reduce the amount of EMF that can be generated by the cable. Additionally, the individual stranded conductors within the cable provide an additional level of immunity from interference.

Overall, the 45495 BK001 is an excellent choice for applications where shielding and transmission lines are needed. Its three-pronged design helps reduce EMI, while the stranded conductors provide additional immunity. Additionally, due to its lack of flexibility, it can be used in applications where a greater level of strain relief is desired.

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