6131694

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Multiple Conductor Cables: 6131694 Application Field and Working Principle

Multiple conductor cables, as the name implies, are cable systems that comprise multiple individual conductors. In electrical engineering, such cable systems are used in various context, from low-voltage power systems to high-frequency electronic circuits. The 6131694 application field and working principle is of particular importance in modern electrical engineering, as this patent covers a cable system that is designed to focus on transmission of high-frequency signals.

The 6131694 application field and working principle patent was issued in 2003 and encompasses multi-conductor cables with twisted wire pairs. This type of cable is typically used for transmitting higher frequency signals in environments where signal integrity is of utmost importance, particularly where noise and crosstalk must be managed effectively. The specific patent, 6131694, discloses a cable design with twisted wire pairs of uniform impedance, thereby allowing efficient transmission of higher frequency signals without experiencing interference issues.

The 6131694 application makes use of a unique cable design in order to achieve the desired signal quality. Instead of relying on a single conductor wiring that is encased in a protective shielding, as is typical of many low voltage cable systems, the multi-conductor cable described in the 6131694 patent implements a a twisted pair design, wherein the individual conductors are paired off and then twisted together. This method of pairing and twisting the individual conductors helps to keep noise and crosstalk to a minimum, thus allowing for optimal signal integrity. Each of the cable pairs is designed to have the same impedance, which helps to ensure levels of distortion are kept within a specified range.

Apart from their use in high frequency signal transmission systems, multi-conductor cables can also be used for radio communication systems. In this context, the twisted wire pairs help to transfer the radio signal from one point to another without experiencing any significant degradation along the way. Again, the key factor here is that each of the wire pairs has the same impedance, thereby ensuring the signal is consistent across all conductors in the cable system.

Finally, it is worth noting that the 6131694 application field and working principle have been utilized in various other types of cable systems. For instance, the cable pairs can be used within coaxial cable systems, for connecting to computer peripherals or for data transmission generally. In all of these contexts, the twisted pair nature of the cable and its uniform impedance allows for consistent and reliable transmission of higher frequency signals without degrading signal integrity.

In conclusion, the 6131694 patent application field and working principle is of particular significance in the context of multiple conductor cables. Such cables provide for efficient and reliable transmission of higher frequency signals within environments that require high signal integrity. The patent covers a unique cable design that consists of twisted wire pairs, all of which are designed to have identical impedance levels. This design helps to keep noise and crosstalk issues to a minimum, thus allowing for optimal signal transmissions without suffering from any interference issues. As such, multi-conductor cables can be used in a number of cases, from radio communication systems to data transfer.

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