55/1144-24-9/93/95/96-9

Multiple conductor cables, such as 55/1144-24-9/93/95/96-9, have a range of application fields and working principles. For instance, multiple conductor cables can be used in applications such as building automation, data processing, instrumentation, and general purpose power control.

The working principle of multiple conductor cables is based on the concept of multiple separator plates which can influence the electrical conductivity of the cable. The separator plates divide the area between the conductors into more than one distinct air space. In addition, the separator plates help to reduce the ability of the conductors to experience mutual inductance or capacitance.

When a conductor is inserted into the separator plate, the conductor will be automatically separated from the other conductors in the cable. This separation helps to ensure that the electrical current passing through the cable is spread evenly over a larger diameter, reducing the risk of hot spots at any point on the conductor. This process also helps to reduce inductance and capacitance between the individual conductors.

The main benefit of multiple conductor cables is that they are able to reduce the overall resistance and heat dissipation of the cable. This is due to the fact that the separator plates prevent the external heat from entering the cable, which helps to reduce thermal losses and improve efficiency.

In addition, the separator plates also help to reduce electromagnetic interference (EMI) due to increased shielding. The increased shielding will help to reduce the effects of radiation and the entry of any external sources of electrical noise.

Another benefit of multiple conductor cables is that they can be used in a wide range of different applications and environments. For instance, they are often used in industrial automation, telecom, medical, defense, transportation, and broadcast and entertainment systems.

Overall, multiple conductor cables can provide a range of benefits for applications and environments that require efficient and reliable transmission of power and data. Their unique separator plates help to reduce hot spots, inductance, and capacitance as well as reduce EMI and thermal losses. These features make multiple conductor cables an ideal choice for many applications.